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[{"$f":"'Input data & costs'!B5","v":"No."},{"$f":"'Input data & costs'!C5","v":"Classification"},{"$f":"'Input data & costs'!D5","v":"Program/ Technology"},{"$f":"'Input data & costs'!F5","v":"Description"},"Scale ",{"$f":"'Input data & costs'!AE5","v":"Capacity potential (MW, or KW if tick box selected)"},"Capacity potential (MW)","CAP FACTOR",{"$f":"Sources!V6","v":"Typical Capacity Factor (%)"},"FIRM PEAK rating",{"$f":"Sources!W6","v":"Firm Peak Rating (%)"},"Peak capacity",{"$f":"Sources!AJ6","v":"Firm peak capacity (MWp)"},{"$f":"'Input data & costs'!AG5","v":"Energy potential (TWh/y, or GWh/yr if tick box selected)"},{"$f":"Sources!AK6","v":"Energy potential (TWh/y)"},{"$f":"'Input data & costs'!J5","v":"Net Emissions (tCO2-e/ MWh)"},{"$f":"'Input data & costs'!J5","v":"Net Emissions (tCO2-e/ MWh)"},{"$f":"'Input data & costs'!K5","v":"Capital cost of Capacity ($M/MW)"},{"$f":"Sources!S6","v":"Capital cost of Capacity ($M/MW)"},{"$f":"'Input data & costs'!L5","v":"Fixed O&M costs ($M/MW/y)"},{"$f":"Sources!T6","v":"Fixed O&M costs ($M/MW/y)"},{"$f":"'Input data & costs'!M5","v":"Variable Costs - Fuel and Increm'l O&M ($/MWh)"},{"$f":"Sources!U6","v":"Variable Costs - Fuel and Increm'l O&M ($/MWh)"},"NET FACTOR",{"$f":"Sources!X6","v":"Default Network Cost factor (%)"},{"$f":"'Input data & costs'!I5","v":"Life of Capital (yrs)"},{"$f":"Sources!Q6","v":"Life of Capital (yrs)"},"No.","Classification","Program/ Technology","Description","Scale ","Capacity potential (MW, or KW if tick box selected)","Capacity potential (MW)","CAP FACTOR","Typical Capacity Factor (%)","FIRM PEAK rating","Firm Peak Rating (%)","Peak capacity","Firm peak capacity (MWp)","Energy potential (TWh/y, or GWh/yr if tick box selected)","Energy potential (TWh/y)","Net Emissions (tCO2-e/ MWh)","Net Emissions (tCO2-e/ MWh)","Capital cost of Capacity ($M/MW)","Capital cost of Capacity ($M/MW)","Fixed O&M costs ($M/MW/y)","Fixed O&M costs ($M/MW/y)","Variable Costs - Fuel and Increm'l O&M ($/MWh)","Variable Costs - Fuel and Increm'l O&M ($/MWh)","NET FACTOR","Default Network Cost factor (%)","Life of Capital (yrs)","Life of Capital (yrs)"]
[{"$f":"'Input data & costs'!B6","v":"1A"},{"$f":"'Input data & costs'!C6","v":"Energy Efficiency"},{"$f":"'Input data & costs'!D6","v":"Industrial Energy Efficiency"},{"$f":"'Input data & costs'!F6","v":"A variety of energy efficiency measures undertaken by industrial energy users across multiple industries."},{"$f":"'Control Panel'!$D$6","v":"National"},{"$f":"'Inbuilt input data'!AI5","v":2920.8880643301131},{"$f":"Sources!P7","v":"From Energetics (2004), p68 table. Based on investments with less than 4 year pay-back. Conversion from PJ to MWp using assumed CLF of 65%"},{"$f":"IF(OR(ISERROR('Input data & costs'!$N6),'Input data & costs'!$N6=\"TBC\",'Input data & costs'!$N6=\"Insert Data\",'Input data & costs'!$N6=\"n/a\" ),\"N/A\",'Input data & costs'!$N6*100)","v":65},{"$f":"IF(Sources!V7=\"\",\"No data available\",Sources!V7)","v":"ISF Estimate (Conservation load factor)"},{"$f":"IF(OR(ISERROR('Input data & costs'!$Q6),'Input data & costs'!$Q6=\"TBC\",'Input data & costs'!$Q6=\"N/a\",'Input data & costs'!$Q6=\"Insert Data\" ),\"N/A\",'Input data & costs'!$Q6*100)","v":"N/A"},{"$f":"Sources!W7","v":"N/A. Uses conservation load factor"},{"$f":"'Inbuilt input data'!AI5","v":2920.8880643301131},"Directly from reference",{"$f":"IF(ISERROR('Input data & costs'!AG6),\"No data available\",'Input data & costs'!AG6*1000)","v":16631.536638295664},{"$f":"IF(Sources!AK7=\"\",\"No data available\",\"GWh/yr = MW capacity * capacity factor * 8760/1000\")","v":"GWh/yr = MW capacity * capacity factor * 8760/1000"},{"$f":"IF(ISERROR('Input data & costs'!J6),\"No data available\",'Input data & costs'!J6)","v":0},{"$f":"Sources!R7","v":"Each unit of energy saved produces zero emissions"},{"$f":"IF(ISERROR('Input data & costs'!K6),\"No data available\",'Input data & costs'!K6)","v":0.99},{"$f":"IF(Sources!S7=\"\",\"No data available\",Sources!S7)","v":"Energetics (2004), p66 table. Based on case study cost data ($ 1187Mill for 43.5 PJ annual energy reduction). Takes into account energy efficiency measures with 4 years payback or less. Energy efficiency program administration costs are not taken into account."},{"$f":"IF(ISERROR('Input data & costs'!L6),\"No data available\",'Input data & costs'!L6)","v":0},{"$f":"IF(Sources!T7=\"\",\"No data available\",Sources!T7)","v":"Assumes zero fixed operating and maintenance costs"},{"$f":"IF(ISERROR('Input data & costs'!M6),\"No data available\",'Input data & costs'!M6)","v":0},{"$f":"IF(Sources!U7=\"\",\"No data available\",Sources!U7)","v":"Assumes zero variable fuel and incremental costs"},{"$f":"IF(OR(ISERROR('Input data & costs'!$R6),'Input data & costs'!$R6=\"TBC\",'Input data & costs'!$R6=\"Insert Data\" ),\"N/A\",'Input data & costs'!$R6*100)","v":0},{"$f":"IF(Sources!X7=\"\",\"No data available\",Sources!X7)","v":"ISF estimate. "},{"$f":"IF(ISERROR('Input data & costs'!I6),\"No data available\",'Input data & costs'!I6)","v":12},{"$f":"Sources!Q7","v":"Based on the Sustainable Energy Authority Victoria's National Framework for Energy Efficiency, which uses a 12 year period for economic modelling of Energy Efficiency Programs "},"1A","Energy Efficiency","Industrial Energy Efficiency","A variety of energy efficiency measures undertaken by industrial energy users across multiple industries.","National",2920.8880643301131,"From Energetics (2004), p68 table. Based on investments with less than 4 year pay-back. Conversion from PJ to MWp using assumed CLF of 65%",65,"ISF Estimate (Conservation load factor)","N/A","N/A. Uses conservation load factor",2920.8880643301131,"Directly from reference",16631.536638295664,"GWh/yr = MW capacity * capacity factor * 8760/1000",0,"Each unit of energy saved produces zero emissions",0.99,"Energetics (2004), p66 table. Based on case study cost data ($ 1187Mill for 43.5 PJ annual energy reduction). Takes into account energy efficiency measures with 4 years payback or less. Energy efficiency program administration costs are not taken into account.",0,"Assumes zero fixed operating and maintenance costs",0,"Assumes zero variable fuel and incremental costs",0,"ISF estimate. ",12,"Based on the Sustainable Energy Authority Victoria's National Framework for Energy Efficiency, which uses a 12 year period for economic modelling of Energy Efficiency Programs "]
[{"$f":"'Input data & costs'!B7","v":"1B"},{"$f":"'Input data & costs'!C7","v":"Energy Efficiency"},{"$f":"'Input data & costs'!D7","v":"Commercial Energy Efficiency"},{"$f":"'Input data & costs'!F7","v":"Energy efficiency measures undertaken by commercial energy users in areas including: the Energy Star program, lighting, heating and cooling, pumping and air handling."},{"$f":"'Control Panel'!$D$6","v":"National"},{"$f":"'Inbuilt input data'!AI6","v":2751.3016533633936},{"$f":"Sources!P8","v":"Langham et al. (2010). Based on the peak demand reduction of  a variety of energy efficiency measures  (moderate scenario). Least cost effective measures were not included in analysis."},{"$f":"IF(OR(ISERROR('Input data & costs'!$N7),'Input data & costs'!$N7=\"TBC\",'Input data & costs'!$N7=\"Insert Data\",'Input data & costs'!$N7=\"n/a\" ),\"N/A\",'Input data & costs'!$N7*100)","v":46.995106780443692},{"$f":"IF(Sources!V8=\"\",\"No data available\",Sources!V8)","v":"Langham et al. (2010). (Conservation load factor)"},{"$f":"IF(OR(ISERROR('Input data & costs'!$Q7),'Input data & costs'!$Q7=\"TBC\",'Input data & costs'!$Q7=\"N/a\",'Input data & costs'!$Q7=\"Insert Data\" ),\"N/A\",'Input data & costs'!$Q7*100)","v":"N/A"},{"$f":"Sources!W8","v":"N/A. Uses conservation load factor"},{"$f":"'Inbuilt input data'!AI6","v":2751.3016533633936},"Directly from reference",{"$f":"IF(ISERROR('Input data & costs'!AG7),\"No data available\",'Input data & costs'!AG7*1000)","v":11326.479832688099},{"$f":"IF(Sources!AK8=\"\",\"No data available\",\"GWh/yr = MW capacity * capacity factor * 8760/1000\")","v":"GWh/yr = MW capacity * capacity factor * 8760/1000"},{"$f":"IF(ISERROR('Input data & costs'!J7),\"No data available\",'Input data & costs'!J7)","v":0},{"$f":"Sources!R8","v":"Each unit of energy saved produces zero emissions"},{"$f":"IF(ISERROR('Input data & costs'!K7),\"No data available\",'Input data & costs'!K7)","v":3.1819541345260829},{"$f":"IF(Sources!S8=\"\",\"No data available\",Sources!S8)","v":"Langham et al. (2010). Capital costs only ( energy efficiency program administration cost not included in analysis)"},{"$f":"IF(ISERROR('Input data & costs'!L7),\"No data available\",'Input data & costs'!L7)","v":-0.11365971087409898},{"$f":"IF(Sources!T8=\"\",\"No data available\",Sources!T8)","v":"Langham et al. (2010). Program administration cost not included in analysis"},{"$f":"IF(ISERROR('Input data & costs'!M7),\"No data available\",'Input data & costs'!M7)","v":0},{"$f":"IF(Sources!U8=\"\",\"No data available\",Sources!U8)","v":"Langham et al. (2010). "},{"$f":"IF(OR(ISERROR('Input data & costs'!$R7),'Input data & costs'!$R7=\"TBC\",'Input data & costs'!$R7=\"Insert Data\" ),\"N/A\",'Input data & costs'!$R7*100)","v":0},{"$f":"IF(Sources!X8=\"\",\"No data available\",Sources!X8)","v":"ISF estimate. "},{"$f":"IF(ISERROR('Input data & costs'!I7),\"No data available\",'Input data & costs'!I7)","v":19},{"$f":"Sources!Q8","v":"Langham et al. (2010). "},"1B","Energy Efficiency","Commercial Energy Efficiency","Energy efficiency measures undertaken by commercial energy users in areas including: the Energy Star program, lighting, heating and cooling, pumping and air handling.","National",2751.3016533633936,"Langham et al. (2010). Based on the peak demand reduction of  a variety of energy efficiency measures  (moderate scenario). Least cost effective measures were not included in analysis.",46.995106780443692,"Langham et al. (2010). (Conservation load factor)","N/A","N/A. Uses conservation load factor",2751.3016533633936,"Directly from reference",11326.479832688099,"GWh/yr = MW capacity * capacity factor * 8760/1000",0,"Each unit of energy saved produces zero emissions",3.1819541345260829,"Langham et al. (2010). Capital costs only ( energy efficiency program administration cost not included in analysis)",-0.11365971087409898,"Langham et al. (2010). Program administration cost not included in analysis",0,"Langham et al. (2010). ",0,"ISF estimate. ",19,"Langham et al. (2010). "]
[{"$f":"'Input data & costs'!B8","v":"1C"},{"$f":"'Input data & costs'!C8","v":"Energy Efficiency"},{"$f":"'Input data & costs'!D8","v":"Residential Energy Efficiency"},{"$f":"'Input data & costs'!F8","v":"Cost effective reduction in electricity consumption through improvements to residential space heating and cooling, insulation and draught sealing, lighting, refrigeration, hot water demand reduction."},{"$f":"'Control Panel'!$D$6","v":"National"},{"$f":"'Inbuilt input data'!AI7","v":983.09901830330534},{"$f":"Sources!P9","v":"Langham et al. (2010). Based on the peak demand reduction of  a variety of energy efficiency measures  (moderate scenario). Least cost effective measures were not included in analysis."},{"$f":"IF(OR(ISERROR('Input data & costs'!$N8),'Input data & costs'!$N8=\"TBC\",'Input data & costs'!$N8=\"Insert Data\",'Input data & costs'!$N8=\"n/a\" ),\"N/A\",'Input data & costs'!$N8*100)","v":28.442029644081551},{"$f":"IF(Sources!V9=\"\",\"No data available\",Sources!V9)","v":"Langham et al. (2010). (Conservation load factor)"},{"$f":"IF(OR(ISERROR('Input data & costs'!$Q8),'Input data & costs'!$Q8=\"TBC\",'Input data & costs'!$Q8=\"N/a\",'Input data & costs'!$Q8=\"Insert Data\" ),\"N/A\",'Input data & costs'!$Q8*100)","v":"N/A"},{"$f":"Sources!W9","v":"N/A. Uses conservation load factor"},{"$f":"'Inbuilt input data'!AI7","v":983.09901830330534},"Directly from reference",{"$f":"IF(ISERROR('Input data & costs'!AG8),\"No data available\",'Input data & costs'!AG8*1000)","v":2449.4126325365473},{"$f":"IF(Sources!AK9=\"\",\"No data available\",\"GWh/yr = MW capacity * capacity factor * 8760/1000\")","v":"GWh/yr = MW capacity * capacity factor * 8760/1000"},{"$f":"IF(ISERROR('Input data & costs'!J8),\"No data available\",'Input data & costs'!J8)","v":0},{"$f":"Sources!R9","v":"Each unit of energy saved produces zero emissions"},{"$f":"IF(ISERROR('Input data & costs'!K8),\"No data available\",'Input data & costs'!K8)","v":0.54939196193441098},{"$f":"IF(Sources!S9=\"\",\"No data available\",Sources!S9)","v":"Langham et al. (2010). Capital costs only (energy efficiency program administration cost not included in analysis)"},{"$f":"IF(ISERROR('Input data & costs'!L8),\"No data available\",'Input data & costs'!L8)","v":8.72227210404114E-2},{"$f":"IF(Sources!T9=\"\",\"No data available\",Sources!T9)","v":"Langham et al. (2010). Program administration cost not included in analysis"},{"$f":"IF(ISERROR('Input data & costs'!M8),\"No data available\",'Input data & costs'!M8)","v":0},{"$f":"IF(Sources!U9=\"\",\"No data available\",Sources!U9)","v":"Langham et al. (2010). "},{"$f":"IF(OR(ISERROR('Input data & costs'!$R8),'Input data & costs'!$R8=\"TBC\",'Input data & costs'!$R8=\"Insert Data\" ),\"N/A\",'Input data & costs'!$R8*100)","v":0},{"$f":"IF(Sources!X9=\"\",\"No data available\",Sources!X9)","v":"ISF estimate. "},{"$f":"IF(ISERROR('Input data & costs'!I8),\"No data available\",'Input data & costs'!I8)","v":14.3},{"$f":"Sources!Q9","v":"Langham et al. (2010). "},"1C","Energy Efficiency","Residential Energy Efficiency","Cost effective reduction in electricity consumption through improvements to residential space heating and cooling, insulation and draught sealing, lighting, refrigeration, hot water demand reduction.","National",983.09901830330534,"Langham et al. (2010). Based on the peak demand reduction of  a variety of energy efficiency measures  (moderate scenario). Least cost effective measures were not included in analysis.",28.442029644081551,"Langham et al. (2010). (Conservation load factor)","N/A","N/A. Uses conservation load factor",983.09901830330534,"Directly from reference",2449.4126325365473,"GWh/yr = MW capacity * capacity factor * 8760/1000",0,"Each unit of energy saved produces zero emissions",0.54939196193441098,"Langham et al. (2010). Capital costs only (energy efficiency program administration cost not included in analysis)",8.72227210404114E-2,"Langham et al. (2010). Program administration cost not included in analysis",0,"Langham et al. (2010). ",0,"ISF estimate. ",14.3,"Langham et al. (2010). "]
[{"$f":"'Input data & costs'!B9","v":"1D"},{"$f":"'Input data & costs'!C9","v":"Energy Efficiency"},{"$f":"'Input data & costs'!D9","v":"Residential Hot Water"},{"$f":"'Input data & costs'!F9","v":"Converting electric domestic hot water systems to electric boosted solar, heat pump and gas."},{"$f":"'Control Panel'!$D$6","v":"National"},{"$f":"'Inbuilt input data'!AI8","v":151.03},{"$f":"Sources!P10","v":"Langham et al. (2010). Based on the accelerated scenario. Assumptions: 60% of technical potential is achieved with before-end-of-life-replacement. 33% of capacity is from electric to gas switch. 33% is from solar electric boost replacement and 33% is from heat pump replacement. Summer peak capacity. "},{"$f":"IF(OR(ISERROR('Input data & costs'!$N9),'Input data & costs'!$N9=\"TBC\",'Input data & costs'!$N9=\"Insert Data\",'Input data & costs'!$N9=\"n/a\" ),\"N/A\",'Input data & costs'!$N9*100)","v":499},{"$f":"IF(Sources!V10=\"\",\"No data available\",Sources!V10)","v":"Langham et al. (2010). (Conservation load factor)"},{"$f":"IF(OR(ISERROR('Input data & costs'!$Q9),'Input data & costs'!$Q9=\"TBC\",'Input data & costs'!$Q9=\"N/a\",'Input data & costs'!$Q9=\"Insert Data\" ),\"N/A\",'Input data & costs'!$Q9*100)","v":"N/A"},{"$f":"Sources!W10","v":"N/A. Uses conservation load factor"},{"$f":"'Inbuilt input data'!AI8","v":151.03},"Directly from reference",{"$f":"IF(ISERROR('Input data & costs'!AG9),\"No data available\",'Input data & costs'!AG9*1000)","v":6601.883772000001},{"$f":"IF(Sources!AK10=\"\",\"No data available\",\"GWh/yr = MW capacity * capacity factor * 8760/1000\")","v":"GWh/yr = MW capacity * capacity factor * 8760/1000"},{"$f":"IF(ISERROR('Input data & costs'!J9),\"No data available\",'Input data & costs'!J9)","v":5.3999999999999999E-2},{"$f":"Sources!R10","v":"Langham et al. (2010). Additional gross emissions from natural gas per year, divided by total MWh electricity saved per year."},{"$f":"IF(ISERROR('Input data & costs'!K9),\"No data available\",'Input data & costs'!K9)","v":68.599999999999994},{"$f":"IF(Sources!S10=\"\",\"No data available\",Sources!S10)","v":"ISF estimation. Calculated using weighted average costs of installing solar, heat pump and gas systems in households. Converted to $M/MWp using CFL from Langham et al. (2010). Capital costs only (program administration cost not included in analysis)"},{"$f":"IF(ISERROR('Input data & costs'!L9),\"No data available\",'Input data & costs'!L9)","v":0},{"$f":"IF(Sources!T10=\"\",\"No data available\",Sources!T10)","v":"Zero fixed costs ( fixed maintenance cost of operating solar, heat pump and gas hot water systems are assumed equivilent to standard electric storage)"},{"$f":"IF(ISERROR('Input data & costs'!M9),\"No data available\",'Input data & costs'!M9)","v":15.070499999999999},{"$f":"IF(Sources!U10=\"\",\"No data available\",Sources!U10)","v":"Langham et al. (2010). Total cost of additional natural gas consumption divided by the total saved electricity consumption in MWh. Varies with wholesale natural gas price."},{"$f":"IF(OR(ISERROR('Input data & costs'!$R9),'Input data & costs'!$R9=\"TBC\",'Input data & costs'!$R9=\"Insert Data\" ),\"N/A\",'Input data & costs'!$R9*100)","v":0},{"$f":"IF(Sources!X10=\"\",\"No data available\",Sources!X10)","v":"ISF estimate. "},{"$f":"IF(ISERROR('Input data & costs'!I9),\"No data available\",'Input data & costs'!I9)","v":15},{"$f":"Sources!Q10","v":"Langham et al. (2010). "},"1D","Energy Efficiency","Residential Hot Water","Converting electric domestic hot water systems to electric boosted solar, heat pump and gas.","National",151.03,"Langham et al. (2010). Based on the accelerated scenario. Assumptions: 60% of technical potential is achieved with before-end-of-life-replacement. 33% of capacity is from electric to gas switch. 33% is from solar electric boost replacement and 33% is from heat pump replacement. Summer peak capacity. ",499,"Langham et al. (2010). (Conservation load factor)","N/A","N/A. Uses conservation load factor",151.03,"Directly from reference",6601.883772000001,"GWh/yr = MW capacity * capacity factor * 8760/1000",5.3999999999999999E-2,"Langham et al. (2010). Additional gross emissions from natural gas per year, divided by total MWh electricity saved per year.",68.599999999999994,"ISF estimation. Calculated using weighted average costs of installing solar, heat pump and gas systems in households. Converted to $M/MWp using CFL from Langham et al. (2010). Capital costs only (program administration cost not included in analysis)",0,"Zero fixed costs ( fixed maintenance cost of operating solar, heat pump and gas hot water systems are assumed equivilent to standard electric storage)",15.070499999999999,"Langham et al. (2010). Total cost of additional natural gas consumption divided by the total saved electricity consumption in MWh. Varies with wholesale natural gas price.",0,"ISF estimate. ",15,"Langham et al. (2010). "]
[{"$f":"'Input data & costs'!B10","v":"2A"},{"$f":"'Input data & costs'!C10","v":"Peak Demand Management"},{"$f":"'Input data & costs'!D10","v":"Commercial & Industrial Demand Management"},{"$f":"'Input data & costs'!F10","v":"Commercial and industrial customers are provided incentives at times of peak demand to shed or interrupt their load or shift their load to times of lesser demand. "},{"$f":"'Control Panel'!$D$6","v":"National"},{"$f":"'Inbuilt input data'!AI9","v":2047},{"$f":"Sources!P11","v":"NSW figure provided by Ross Fraser, Energy Response (2009). Pers. Comm. Additional capacity estimate in 2020. Conservative estimate. Scaled to states and nation using GSP (ABS Cat no. 5220.0)."},{"$f":"IF(OR(ISERROR('Input data & costs'!$N10),'Input data & costs'!$N10=\"TBC\",'Input data & costs'!$N10=\"Insert Data\",'Input data & costs'!$N10=\"n/a\" ),\"N/A\",'Input data & costs'!$N10*100)","v":0.34246575342465752},{"$f":"IF(Sources!V11=\"\",\"No data available\",Sources!V11)","v":"Ross Fraser, Energy Response (2009). Pers. Comm. Based on 30 hours peak demand shifting per year. "},{"$f":"IF(OR(ISERROR('Input data & costs'!$Q10),'Input data & costs'!$Q10=\"TBC\",'Input data & costs'!$Q10=\"N/a\",'Input data & costs'!$Q10=\"Insert Data\" ),\"N/A\",'Input data & costs'!$Q10*100)","v":95},{"$f":"Sources!W11","v":"ISF estimate. Assumes reliable peak operation"},{"$f":"IF(AND(ISNUMBER('Inbuilt input data'!AI9),ISNUMBER('Inbuilt input data'!V9)),'Inbuilt input data'!AI9*'Inbuilt input data'!V9,\"No data available\")","v":1944.6499999999999},"MWp = MW capacity * Firm peak rating",{"$f":"IF(ISERROR('Input data & costs'!AG10),\"No data available\",'Input data & costs'!AG10*1000)","v":61.41},{"$f":"IF(Sources!AK11=\"\",\"No data available\",\"GWh/yr = MW capacity * capacity factor * 8760/1000\")","v":"GWh/yr = MW capacity * capacity factor * 8760/1000"},{"$f":"IF(ISERROR('Input data & costs'!J10),\"No data available\",'Input data & costs'!J10)","v":0},{"$f":"Sources!R11","v":"Each unit of energy saved produces zero emissions"},{"$f":"IF(ISERROR('Input data & costs'!K10),\"No data available\",'Input data & costs'!K10)","v":0.05},{"$f":"IF(Sources!S11=\"\",\"No data available\",Sources!S11)","v":"Ross Fraser (2009). Pers. Comm"},{"$f":"IF(ISERROR('Input data & costs'!L10),\"No data available\",'Input data & costs'!L10)","v":0},{"$f":"IF(Sources!T11=\"\",\"No data available\",Sources!T11)","v":" Data not available. "},{"$f":"IF(ISERROR('Input data & costs'!M10),\"No data available\",'Input data & costs'!M10)","v":1000},{"$f":"IF(Sources!U11=\"\",\"No data available\",Sources!U11)","v":"Ross Fraser (2009). Pers. Comm. Relatively high variable cost (because it is necessary to pay the DSR providers sufficient to turn off power if required).  The Variable costs generally consists of a lowish ongoing flat rate for availability and a short term high rate for dispatch."},{"$f":"IF(OR(ISERROR('Input data & costs'!$R10),'Input data & costs'!$R10=\"TBC\",'Input data & costs'!$R10=\"Insert Data\" ),\"N/A\",'Input data & costs'!$R10*100)","v":5},{"$f":"IF(Sources!X11=\"\",\"No data available\",Sources!X11)","v":"ISF estimate. "},{"$f":"IF(ISERROR('Input data & costs'!I10),\"No data available\",'Input data & costs'!I10)","v":15},{"$f":"Sources!Q11","v":"No set time period -  program is ongoing. Arbitrary figure of 10 years is used"},"2A","Peak Demand Management","Commercial & Industrial Demand Management","Commercial and industrial customers are provided incentives at times of peak demand to shed or interrupt their load or shift their load to times of lesser demand. ","National",2047,"NSW figure provided by Ross Fraser, Energy Response (2009). Pers. Comm. Additional capacity estimate in 2020. Conservative estimate. Scaled to states and nation using GSP (ABS Cat no. 5220.0).",0.34246575342465752,"Ross Fraser, Energy Response (2009). Pers. Comm. Based on 30 hours peak demand shifting per year. ",95,"ISF estimate. Assumes reliable peak operation",1944.6499999999999,"MWp = MW capacity * Firm peak rating",61.41,"GWh/yr = MW capacity * capacity factor * 8760/1000",0,"Each unit of energy saved produces zero emissions",0.05,"Ross Fraser (2009). Pers. Comm",0," Data not available. ",1000,"Ross Fraser (2009). Pers. Comm. Relatively high variable cost (because it is necessary to pay the DSR providers sufficient to turn off power if required).  The Variable costs generally consists of a lowish ongoing flat rate for availability and a short term high rate for dispatch.",5,"ISF estimate. ",15,"No set time period -  program is ongoing. Arbitrary figure of 10 years is used"]
[{"$f":"'Input data & costs'!B11","v":"2B"},{"$f":"'Input data & costs'!C11","v":"Peak Demand Management"},{"$f":"'Input data & costs'!D11","v":"Residential Demand Management"},{"$f":"'Input data & costs'!F11","v":"Residential customers are provided with information and/or incentives to shed or interrupt their load peak demand or shift their load times of lesser demand. Achieved through widespread dynamic time of use pricing (as opposed to static TOU pricing), combined with moderate adoption of programmable communicable thermostats (PCT)."},{"$f":"'Control Panel'!$D$6","v":"National"},{"$f":"'Inbuilt input data'!AI10","v":2981},{"$f":"Sources!P12","v":"Federal Energy Regulatory Commission (2009). Residential MWp Modelled peak load reduction in California by 2020, scaled to Australia by GDP. Converted from MWp to MW using FPR of 95%. "},{"$f":"IF(OR(ISERROR('Input data & costs'!$N11),'Input data & costs'!$N11=\"TBC\",'Input data & costs'!$N11=\"Insert Data\",'Input data & costs'!$N11=\"n/a\" ),\"N/A\",'Input data & costs'!$N11*100)","v":3},{"$f":"IF(Sources!V12=\"\",\"No data available\",Sources!V12)","v":"Oakley Greenwood (2010). Calculated from PV benefit figures in Appendix C. Calculated using energy cost savings from TOU and CPP metering (benefit #31 and 32) "},{"$f":"IF(OR(ISERROR('Input data & costs'!$Q11),'Input data & costs'!$Q11=\"TBC\",'Input data & costs'!$Q11=\"N/a\",'Input data & costs'!$Q11=\"Insert Data\" ),\"N/A\",'Input data & costs'!$Q11*100)","v":95},{"$f":"Sources!W12","v":"ISF estimate. "},{"$f":"IF(AND(ISNUMBER('Inbuilt input data'!AI10),ISNUMBER('Inbuilt input data'!V10)),'Inbuilt input data'!AI10*'Inbuilt input data'!V10,\"No data available\")","v":2831.95},"MWp = MW capacity * Firm peak rating",{"$f":"IF(ISERROR('Input data & costs'!AG11),\"No data available\",'Input data & costs'!AG11*1000)","v":783.40679999999998},{"$f":"IF(Sources!AK12=\"\",\"No data available\",\"GWh/yr = MW capacity * capacity factor * 8760/1000\")","v":"GWh/yr = MW capacity * capacity factor * 8760/1000"},{"$f":"IF(ISERROR('Input data & costs'!J11),\"No data available\",'Input data & costs'!J11)","v":0},{"$f":"Sources!R12","v":"Each unit of energy saved produces zero emissions"},{"$f":"IF(ISERROR('Input data & costs'!K11),\"No data available\",'Input data & costs'!K11)","v":2.74},{"$f":"IF(Sources!S12=\"\",\"No data available\",Sources!S12)","v":"Oakley Greenwood (2010). Upfront capital and logistical costs of rolling out smart meter program."},{"$f":"IF(ISERROR('Input data & costs'!L11),\"No data available\",'Input data & costs'!L11)","v":2.4E-2},{"$f":"IF(Sources!T12=\"\",\"No data available\",Sources!T12)","v":"Oakley Greenwood (2010). Includes the maintenance cost of replacing meters (15 year lifespan) and operating communications technology"},{"$f":"IF(ISERROR('Input data & costs'!M11),\"No data available\",'Input data & costs'!M11)","v":0},{"$f":"IF(Sources!U12=\"\",\"No data available\",Sources!U12)","v":"Assumes zero per unit costs of energy reduction"},{"$f":"IF(OR(ISERROR('Input data & costs'!$R11),'Input data & costs'!$R11=\"TBC\",'Input data & costs'!$R11=\"Insert Data\" ),\"N/A\",'Input data & costs'!$R11*100)","v":5},{"$f":"IF(Sources!X12=\"\",\"No data available\",Sources!X12)","v":"ISF estimate. "},{"$f":"IF(ISERROR('Input data & costs'!I11),\"No data available\",'Input data & costs'!I11)","v":20},{"$f":"Sources!Q12","v":" Oakley Greenwood (2010). Based on the \nVictorian AMI Program’s lifecycle"},"2B","Peak Demand Management","Residential Demand Management","Residential customers are provided with information and/or incentives to shed or interrupt their load peak demand or shift their load times of lesser demand. Achieved through widespread dynamic time of use pricing (as opposed to static TOU pricing), combined with moderate adoption of programmable communicable thermostats (PCT).","National",2981,"Federal Energy Regulatory Commission (2009). Residential MWp Modelled peak load reduction in California by 2020, scaled to Australia by GDP. Converted from MWp to MW using FPR of 95%. ",3,"Oakley Greenwood (2010). Calculated from PV benefit figures in Appendix C. Calculated using energy cost savings from TOU and CPP metering (benefit #31 and 32) ",95,"ISF estimate. ",2831.95,"MWp = MW capacity * Firm peak rating",783.40679999999998,"GWh/yr = MW capacity * capacity factor * 8760/1000",0,"Each unit of energy saved produces zero emissions",2.74,"Oakley Greenwood (2010). Upfront capital and logistical costs of rolling out smart meter program.",2.4E-2,"Oakley Greenwood (2010). Includes the maintenance cost of replacing meters (15 year lifespan) and operating communications technology",0,"Assumes zero per unit costs of energy reduction",5,"ISF estimate. ",20," Oakley Greenwood (2010). Based on the \nVictorian AMI Program’s lifecycle"]
[{"$f":"'Input data & costs'!B12","v":"2C"},{"$f":"'Input data & costs'!C12","v":"Peak Demand Management"},{"$f":"'Input data & costs'!D12","v":"Commercial & Industrial Standby Generation"},{"$f":"'Input data & costs'!F12","v":"Commercial and industrial customers are provided incentives to turn on their standby generators during demand peaks."},{"$f":"'Control Panel'!$D$6","v":"National"},{"$f":"'Inbuilt input data'!AI11","v":953},{"$f":"Sources!P13","v":"NSW estimates from Demand Management and Planning project (2008) final report and DEUS (2005). NSW estimates from studies: [278MVA (Energy Australia) + 42MVA (Integral) + 6MVA (Country) converted to MW using power factor of 1]. Scaled to states using GSP (ABS Cat no. 5220.0)"},{"$f":"IF(OR(ISERROR('Input data & costs'!$N12),'Input data & costs'!$N12=\"TBC\",'Input data & costs'!$N12=\"Insert Data\",'Input data & costs'!$N12=\"n/a\" ),\"N/A\",'Input data & costs'!$N12*100)","v":1},{"$f":"IF(Sources!V13=\"\",\"No data available\",Sources!V13)","v":"Demand Management and Planning Project (2008). Assumes operation in extreme peak events. "},{"$f":"IF(OR(ISERROR('Input data & costs'!$Q12),'Input data & costs'!$Q12=\"TBC\",'Input data & costs'!$Q12=\"N/a\",'Input data & costs'!$Q12=\"Insert Data\" ),\"N/A\",'Input data & costs'!$Q12*100)","v":95},{"$f":"Sources!W13","v":"ISF estimate. Assumes reliable peak operation"},{"$f":"IF(AND(ISNUMBER('Inbuilt input data'!AI11),ISNUMBER('Inbuilt input data'!V11)),'Inbuilt input data'!AI11*'Inbuilt input data'!V11,\"No data available\")","v":905.34999999999991},"MWp = MW capacity * Firm peak rating",{"$f":"IF(ISERROR('Input data & costs'!AG12),\"No data available\",'Input data & costs'!AG12*1000)","v":83.482799999999983},{"$f":"IF(Sources!AK13=\"\",\"No data available\",\"GWh/yr = MW capacity * capacity factor * 8760/1000\")","v":"GWh/yr = MW capacity * capacity factor * 8760/1000"},{"$f":"IF(ISERROR('Input data & costs'!J12),\"No data available\",'Input data & costs'!J12)","v":0.71485714285714297},{"$f":"Sources!R13","v":"Diesel fuel emissions of 69.5kg CO2e/GJ  from DCCEE (2010). Conversion assumes plant efficiency of 35%. Calculation: 69.5*3.6/0.35/1000 "},{"$f":"IF(ISERROR('Input data & costs'!K12),\"No data available\",'Input data & costs'!K12)","v":0.28999999999999998},{"$f":"IF(Sources!S13=\"\",\"No data available\",Sources!S13)","v":"Demand Management and Planning Project (2008). Based on average price of $278/Kva with power factor = 1, inflation adjusted. Includes capital, project management and network connection costs. "},{"$f":"IF(ISERROR('Input data & costs'!L12),\"No data available\",'Input data & costs'!L12)","v":0},{"$f":"IF(Sources!T13=\"\",\"No data available\",Sources!T13)","v":"Fixed O&M data not available. Note: Maintenance cost included in VOM costs."},{"$f":"IF(ISERROR('Input data & costs'!M12),\"No data available\",'Input data & costs'!M12)","v":339.84999999999997},{"$f":"IF(Sources!U13=\"\",\"No data available\",Sources!U13)","v":"$322.2/MWh of fuel consumption, from http://www.dieselserviceandsupply.com/Diesel_Fuel_Consumption.aspx, converted from gallons to litres assuming diesel price is $1.20/L. Includes engine maintenance of $17.65/Mwh (Andrews 2007), converted to AUD, inflation adjusted. Assuming plant efficiency of 35%."},{"$f":"IF(OR(ISERROR('Input data & costs'!$R12),'Input data & costs'!$R12=\"TBC\",'Input data & costs'!$R12=\"Insert Data\" ),\"N/A\",'Input data & costs'!$R12*100)","v":5},{"$f":"IF(Sources!X13=\"\",\"No data available\",Sources!X13)","v":"ISF estimate. "},{"$f":"IF(ISERROR('Input data & costs'!I12),\"No data available\",'Input data & costs'!I12)","v":15},{"$f":"Sources!Q13","v":"SEDA (2002)"},"2C","Peak Demand Management","Commercial & Industrial Standby Generation","Commercial and industrial customers are provided incentives to turn on their standby generators during demand peaks.","National",953,"NSW estimates from Demand Management and Planning project (2008) final report and DEUS (2005). NSW estimates from studies: [278MVA (Energy Australia) + 42MVA (Integral) + 6MVA (Country) converted to MW using power factor of 1]. Scaled to states using GSP (ABS Cat no. 5220.0)",1,"Demand Management and Planning Project (2008). Assumes operation in extreme peak events. ",95,"ISF estimate. Assumes reliable peak operation",905.34999999999991,"MWp = MW capacity * Firm peak rating",83.482799999999983,"GWh/yr = MW capacity * capacity factor * 8760/1000",0.71485714285714297,"Diesel fuel emissions of 69.5kg CO2e/GJ  from DCCEE (2010). Conversion assumes plant efficiency of 35%. Calculation: 69.5*3.6/0.35/1000 ",0.28999999999999998,"Demand Management and Planning Project (2008). Based on average price of $278/Kva with power factor = 1, inflation adjusted. Includes capital, project management and network connection costs. ",0,"Fixed O&M data not available. Note: Maintenance cost included in VOM costs.",339.84999999999997,"$322.2/MWh of fuel consumption, from http://www.dieselserviceandsupply.com/Diesel_Fuel_Consumption.aspx, converted from gallons to litres assuming diesel price is $1.20/L. Includes engine maintenance of $17.65/Mwh (Andrews 2007), converted to AUD, inflation adjusted. Assuming plant efficiency of 35%.",5,"ISF estimate. ",15,"SEDA (2002)"]
[{"$f":"'Input data & costs'!B13","v":"3A"},{"$f":"'Input data & costs'!C13","v":"Cogeneration (and Trigeneration)"},{"$f":"'Input data & costs'!D13","v":"Industrial Cogeneration"},{"$f":"'Input data & costs'!F13","v":"Gas turbine at an industrial facility, where in addition to using the electricity generated, the useful heat is used for industrial heating loads."},{"$f":"'Control Panel'!$D$6","v":"National"},{"$f":"'Inbuilt input data'!AI12","v":2483},{"$f":"Sources!P14","v":"Sum of data from individual states. NSW: City of Sydney (2010); VIC: Sustainability Victoria (2010); QLD: Queensland Office of Climate Change (2009), SA: WA extrapolation based on GSP; TAS: MMA (2009); WA: Nous Group and SKM (2008); NT: ISF estimate."},{"$f":"IF(OR(ISERROR('Input data & costs'!$N13),'Input data & costs'!$N13=\"TBC\",'Input data & costs'!$N13=\"Insert Data\",'Input data & costs'!$N13=\"n/a\" ),\"N/A\",'Input data & costs'!$N13*100)","v":70},{"$f":"IF(Sources!V14=\"\",\"No data available\",Sources!V14)","v":"MMA (2008). Table 2.1"},{"$f":"IF(OR(ISERROR('Input data & costs'!$Q13),'Input data & costs'!$Q13=\"TBC\",'Input data & costs'!$Q13=\"N/a\",'Input data & costs'!$Q13=\"Insert Data\" ),\"N/A\",'Input data & costs'!$Q13*100)","v":95},{"$f":"Sources!W14","v":"ISF estimate. Assumes reliable peak operation"},{"$f":"IF(AND(ISNUMBER('Inbuilt input data'!AI12),ISNUMBER('Inbuilt input data'!V12)),'Inbuilt input data'!AI12*'Inbuilt input data'!V12,\"No data available\")","v":2358.85},"MWp = MW capacity * Firm peak rating",{"$f":"IF(ISERROR('Input data & costs'!AG13),\"No data available\",'Input data & costs'!AG13*1000)","v":15225.756000000001},{"$f":"IF(Sources!AK14=\"\",\"No data available\",\"GWh/yr = MW capacity * capacity factor * 8760/1000\")","v":"GWh/yr = MW capacity * capacity factor * 8760/1000"},{"$f":"IF(ISERROR('Input data & costs'!#REF!),\"No data available\",'Input data & costs'!#REF!)","v":"No data available"},{"$f":"Sources!R14","v":"Natural gas emissions of 51.6kg CO2e/GJ  from DCCEE (2010). Conversion D-CODE effective efficiency of 81%.  Calculation: 51.6*3.6/0.81/1000 "},{"$f":"IF(ISERROR('Input data & costs'!K13),\"No data available\",'Input data & costs'!K13)","v":1.5529999999999999},{"$f":"IF(Sources!S14=\"\",\"No data available\",Sources!S14)","v":"MMA (2008). Table 2.1"},{"$f":"IF(ISERROR('Input data & costs'!L13),\"No data available\",'Input data & costs'!L13)","v":0.02},{"$f":"IF(Sources!T14=\"\",\"No data available\",Sources!T14)","v":"MMA (2008). Table 2.1"},{"$f":"IF(ISERROR('Input data & costs'!M13),\"No data available\",'Input data & costs'!M13)","v":34.072749691738593},{"$f":"IF(Sources!U14=\"\",\"No data available\",Sources!U14)","v":"Variable cost from MMA (2008) Table 2.1. Fuel cost assumed a gas cost specified in \"Control Panel\".  Assume cogeneration has a total efficiency of 30%"},{"$f":"IF(OR(ISERROR('Input data & costs'!$R13),'Input data & costs'!$R13=\"TBC\",'Input data & costs'!$R13=\"Insert Data\" ),\"N/A\",'Input data & costs'!$R13*100)","v":25},{"$f":"IF(Sources!X14=\"\",\"No data available\",Sources!X14)","v":"ISF estimate. "},{"$f":"IF(ISERROR('Input data & costs'!I13),\"No data available\",'Input data & costs'!I13)","v":30},{"$f":"Sources!Q14","v":"MMA (2008). Table 2.1"},"3A","Cogeneration (and Trigeneration)","Industrial Cogeneration","Gas turbine at an industrial facility, where in addition to using the electricity generated, the useful heat is used for industrial heating loads.","National",2483,"Sum of data from individual states. NSW: City of Sydney (2010); VIC: Sustainability Victoria (2010); QLD: Queensland Office of Climate Change (2009), SA: WA extrapolation based on GSP; TAS: MMA (2009); WA: Nous Group and SKM (2008); NT: ISF estimate.",70,"MMA (2008). Table 2.1",95,"ISF estimate. Assumes reliable peak operation",2358.85,"MWp = MW capacity * Firm peak rating",15225.756000000001,"GWh/yr = MW capacity * capacity factor * 8760/1000","No data available","Natural gas emissions of 51.6kg CO2e/GJ  from DCCEE (2010). Conversion D-CODE effective efficiency of 81%.  Calculation: 51.6*3.6/0.81/1000 ",1.5529999999999999,"MMA (2008). Table 2.1",0.02,"MMA (2008). Table 2.1",34.072749691738593,"Variable cost from MMA (2008) Table 2.1. Fuel cost assumed a gas cost specified in \"Control Panel\".  Assume cogeneration has a total efficiency of 30%",25,"ISF estimate. ",30,"MMA (2008). Table 2.1"]
[{"$f":"'Input data & costs'!B14","v":"3B"},{"$f":"'Input data & costs'!C14","v":"Cogeneration (and Trigeneration)"},{"$f":"'Input data & costs'!D14","v":"Commercial Trigeneration"},{"$f":"'Input data & costs'!F14","v":"Gas turbine at a commercial site, where in addition to using the electricity generated, the useful heat is used for heating loads. D-CODE data includes the electricity generation component and the demand reduction component."},{"$f":"'Control Panel'!$D$6","v":"National"},{"$f":"'Inbuilt input data'!AI13","v":1343},{"$f":"Sources!P15","v":"Sum of data from individual states. NSW: City of Sydney (2010); VIC: Sustainability Victoria (2010); QLD: Queensland Office of Climate Change (2009), SA: WA extrapolation based on GSP; TAS: MMA (2009); WA: Nous Group and SKM (2008); NT: ISF estimate. Scaled up to include demand reduction by multiplying by 1.174 (ISF calculations based on average demand reduction component - See Data Compendium document for more information)."},{"$f":"IF(OR(ISERROR('Input data & costs'!$N14),'Input data & costs'!$N14=\"TBC\",'Input data & costs'!$N14=\"Insert Data\",'Input data & costs'!$N14=\"n/a\" ),\"N/A\",'Input data & costs'!$N14*100)","v":44},{"$f":"IF(Sources!V15=\"\",\"No data available\",Sources!V15)","v":"ISF estimate based on market research"},{"$f":"IF(OR(ISERROR('Input data & costs'!$Q14),'Input data & costs'!$Q14=\"TBC\",'Input data & costs'!$Q14=\"N/a\",'Input data & costs'!$Q14=\"Insert Data\" ),\"N/A\",'Input data & costs'!$Q14*100)","v":95},{"$f":"Sources!W15","v":"ISF estimate. Assumes reliable peak operation"},{"$f":"IF(AND(ISNUMBER('Inbuilt input data'!AI13),ISNUMBER('Inbuilt input data'!V13)),'Inbuilt input data'!AI13*'Inbuilt input data'!V13,\"No data available\")","v":1275.8499999999999},"MWp = MW capacity * Firm peak rating",{"$f":"IF(ISERROR('Input data & costs'!AG14),\"No data available\",'Input data & costs'!AG14*1000)","v":5176.4591999999993},{"$f":"IF(Sources!AK15=\"\",\"No data available\",\"GWh/yr = MW capacity * capacity factor * 8760/1000\")","v":"GWh/yr = MW capacity * capacity factor * 8760/1000"},{"$f":"IF(ISERROR('Input data & costs'!J14),\"No data available\",'Input data & costs'!J14)","v":0.32589473684210529},{"$f":"Sources!R15","v":" Natural gas emissions of 51.6kg CO2e/GJ  from DCCEE (2010). Conversion using D-CODE effective efficiency of 81%.  Calculation: 51.6*3.6/0.81/1000 "},{"$f":"IF(ISERROR('Input data & costs'!K14),\"No data available\",'Input data & costs'!K14)","v":2.2999999999999998},{"$f":"IF(Sources!S15=\"\",\"No data available\",Sources!S15)","v":"ISF estimate based on market research"},{"$f":"IF(ISERROR('Input data & costs'!L14),\"No data available\",'Input data & costs'!L14)","v":0},{"$f":"IF(Sources!T15=\"\",\"No data available\",Sources!T15)","v":"ISF estimate based on market research"},{"$f":"IF(ISERROR('Input data & costs'!M14),\"No data available\",'Input data & costs'!M14)","v":69.84210526315789},{"$f":"IF(Sources!U15=\"\",\"No data available\",Sources!U15)","v":"ISF estimate based on market research"},{"$f":"IF(OR(ISERROR('Input data & costs'!$R14),'Input data & costs'!$R14=\"TBC\",'Input data & costs'!$R14=\"Insert Data\" ),\"N/A\",'Input data & costs'!$R14*100)","v":25},{"$f":"IF(Sources!X15=\"\",\"No data available\",Sources!X15)","v":"ISF estimate. "},{"$f":"IF(ISERROR('Input data & costs'!I14),\"No data available\",'Input data & costs'!I14)","v":20},{"$f":"Sources!Q15","v":"MMA (2008). Table 2.1"},"3B","Cogeneration (and Trigeneration)","Commercial Trigeneration","Gas turbine at a commercial site, where in addition to using the electricity generated, the useful heat is used for heating loads. D-CODE data includes the electricity generation component and the demand reduction component.","National",1343,"Sum of data from individual states. NSW: City of Sydney (2010); VIC: Sustainability Victoria (2010); QLD: Queensland Office of Climate Change (2009), SA: WA extrapolation based on GSP; TAS: MMA (2009); WA: Nous Group and SKM (2008); NT: ISF estimate. Scaled up to include demand reduction by multiplying by 1.174 (ISF calculations based on average demand reduction component - See Data Compendium document for more information).",44,"ISF estimate based on market research",95,"ISF estimate. Assumes reliable peak operation",1275.8499999999999,"MWp = MW capacity * Firm peak rating",5176.4591999999993,"GWh/yr = MW capacity * capacity factor * 8760/1000",0.32589473684210529," Natural gas emissions of 51.6kg CO2e/GJ  from DCCEE (2010). Conversion using D-CODE effective efficiency of 81%.  Calculation: 51.6*3.6/0.81/1000 ",2.2999999999999998,"ISF estimate based on market research",0,"ISF estimate based on market research",69.84210526315789,"ISF estimate based on market research",25,"ISF estimate. ",20,"MMA (2008). Table 2.1"]
[{"$f":"'Input data & costs'!B15","v":"3C"},{"$f":"'Input data & costs'!C15","v":"Cogeneration (and Trigeneration)"},{"$f":"'Input data & costs'!D15","v":"Residential Cogeneration"},{"$f":"'Input data & costs'!F15","v":"Gas turbine in a residential area, where in addition to using the electricity generated, the useful heat is used for heating loads. D-CODE data includes the electricity generation component and the demand reduction component."},{"$f":"'Control Panel'!$D$6","v":"National"},{"$f":"'Inbuilt input data'!AI14","v":612},{"$f":"Sources!P16","v":"ISF estimate of MWe generation potential based on climate and population. Scaled up to include demand reduction by multiplying by 1.224 (ISF calculations)."},{"$f":"IF(OR(ISERROR('Input data & costs'!$N15),'Input data & costs'!$N15=\"TBC\",'Input data & costs'!$N15=\"Insert Data\",'Input data & costs'!$N15=\"n/a\" ),\"N/A\",'Input data & costs'!$N15*100)","v":41.6},{"$f":"IF(Sources!V16=\"\",\"No data available\",Sources!V16)","v":"Invenergy (2006). Based on 10hrs operation per day. "},{"$f":"IF(OR(ISERROR('Input data & costs'!$Q15),'Input data & costs'!$Q15=\"TBC\",'Input data & costs'!$Q15=\"N/a\",'Input data & costs'!$Q15=\"Insert Data\" ),\"N/A\",'Input data & costs'!$Q15*100)","v":95},{"$f":"Sources!W16","v":"ISF estimate. Assumes reliable peak operation"},{"$f":"IF(AND(ISNUMBER('Inbuilt input data'!AI14),ISNUMBER('Inbuilt input data'!V14)),'Inbuilt input data'!AI14*'Inbuilt input data'!V14,\"No data available\")","v":581.4},"MWp = MW capacity * Firm peak rating",{"$f":"IF(ISERROR('Input data & costs'!AG15),\"No data available\",'Input data & costs'!AG15*1000)","v":2230.2259199999999},{"$f":"IF(Sources!AK16=\"\",\"No data available\",\"GWh/yr = MW capacity * capacity factor * 8760/1000\")","v":"GWh/yr = MW capacity * capacity factor * 8760/1000"},{"$f":"IF(ISERROR('Input data & costs'!J15),\"No data available\",'Input data & costs'!J15)","v":0.28360305343511455},{"$f":"Sources!R16","v":" Natural gas emissions of 51.6kg CO2e/GJ  from DCCEE (2010). Conversion using D-CODE effective efficiency of 65.55%.  Calculation: 51.6*3.6/0.6555/1000 "},{"$f":"IF(ISERROR('Input data & costs'!K15),\"No data available\",'Input data & costs'!K15)","v":3.97},{"$f":"IF(Sources!S16=\"\",\"No data available\",Sources!S16)","v":"Invenergy (2006). Halfway between upper and lower cost bounds. Includes 50% of  captured waste heat in calculations, which is the proportion assumed to displace electric space/hot water heating. Includes 45% additional costs for installation and project management."},{"$f":"IF(ISERROR('Input data & costs'!L15),\"No data available\",'Input data & costs'!L15)","v":0.06},{"$f":"IF(Sources!T16=\"\",\"No data available\",Sources!T16)","v":"Invenergy (2006). Based on maintenance costs of 30KWe plant + 50% of 49KWt (captured waste heat) in calculations. Based on $2000/y figure. Includes variable non-fuel operating cost"},{"$f":"IF(ISERROR('Input data & costs'!M15),\"No data available\",'Input data & costs'!M15)","v":93.363844393592686},{"$f":"IF(Sources!U16=\"\",\"No data available\",Sources!U16)","v":"Invenergy (2006). Fuel costs only. Based on electrical conversion efficiency of 30%  + half of  heat captured is used to displace electric space/hot water heating. Total system efficiency = 79%. Amount of power used to generate or offset electricity = 54.5%. Variable non-fuel operation costs included in fixed O&M costs. "},{"$f":"IF(OR(ISERROR('Input data & costs'!$R15),'Input data & costs'!$R15=\"TBC\",'Input data & costs'!$R15=\"Insert Data\" ),\"N/A\",'Input data & costs'!$R15*100)","v":25},{"$f":"IF(Sources!X16=\"\",\"No data available\",Sources!X16)","v":"ISF estimate. "},{"$f":"IF(ISERROR('Input data & costs'!I15),\"No data available\",'Input data & costs'!I15)","v":25},{"$f":"Sources!Q16","v":"MMA (2008). Table 2.1"},"3C","Cogeneration (and Trigeneration)","Residential Cogeneration","Gas turbine in a residential area, where in addition to using the electricity generated, the useful heat is used for heating loads. D-CODE data includes the electricity generation component and the demand reduction component.","National",612,"ISF estimate of MWe generation potential based on climate and population. Scaled up to include demand reduction by multiplying by 1.224 (ISF calculations).",41.6,"Invenergy (2006). Based on 10hrs operation per day. ",95,"ISF estimate. Assumes reliable peak operation",581.4,"MWp = MW capacity * Firm peak rating",2230.2259199999999,"GWh/yr = MW capacity * capacity factor * 8760/1000",0.28360305343511455," Natural gas emissions of 51.6kg CO2e/GJ  from DCCEE (2010). Conversion using D-CODE effective efficiency of 65.55%.  Calculation: 51.6*3.6/0.6555/1000 ",3.97,"Invenergy (2006). Halfway between upper and lower cost bounds. Includes 50% of  captured waste heat in calculations, which is the proportion assumed to displace electric space/hot water heating. Includes 45% additional costs for installation and project management.",0.06,"Invenergy (2006). Based on maintenance costs of 30KWe plant + 50% of 49KWt (captured waste heat) in calculations. Based on $2000/y figure. Includes variable non-fuel operating cost",93.363844393592686,"Invenergy (2006). Fuel costs only. Based on electrical conversion efficiency of 30%  + half of  heat captured is used to displace electric space/hot water heating. Total system efficiency = 79%. Amount of power used to generate or offset electricity = 54.5%. Variable non-fuel operation costs included in fixed O&M costs. ",25,"ISF estimate. ",25,"MMA (2008). Table 2.1"]
[{"$f":"'Input data & costs'!B16","v":"4A"},{"$f":"'Input data & costs'!C16","v":"Bioenergy"},{"$f":"'Input data & costs'!D16","v":"Refuse Derived Fuel (RDF) to energy"},{"$f":"'Input data & costs'!F16","v":"Electricity generated from non-recyclable wood waste, paper and plastic"},{"$f":"'Control Panel'!$D$6","v":"National"},{"$f":"'Inbuilt input data'!AI15","v":587},{"$f":"Sources!P17","v":"ISF estimate based on the estimated 20 million tonnes of non-recyclable waste per year, of which paper (19%), wood (8%) and plastics (9%) could be utilised for energy generation. Based on rollout of 40% of potential."},{"$f":"IF(OR(ISERROR('Input data & costs'!$N16),'Input data & costs'!$N16=\"TBC\",'Input data & costs'!$N16=\"Insert Data\",'Input data & costs'!$N16=\"n/a\" ),\"N/A\",'Input data & costs'!$N16*100)","v":86},{"$f":"IF(Sources!V17=\"\",\"No data available\",Sources!V17)","v":"Clean Energy Council (2009) "},{"$f":"IF(OR(ISERROR('Input data & costs'!$Q16),'Input data & costs'!$Q16=\"TBC\",'Input data & costs'!$Q16=\"N/a\",'Input data & costs'!$Q16=\"Insert Data\" ),\"N/A\",'Input data & costs'!$Q16*100)","v":95},{"$f":"Sources!W17","v":"ISF estimate. Assumes reliable peak operation"},{"$f":"IF(AND(ISNUMBER('Inbuilt input data'!AI15),ISNUMBER('Inbuilt input data'!V15)),'Inbuilt input data'!AI15*'Inbuilt input data'!V15,\"No data available\")","v":557.65},"MWp = MW capacity * Firm peak rating",{"$f":"IF(ISERROR('Input data & costs'!AG16),\"No data available\",'Input data & costs'!AG16*1000)","v":4422.2232000000004},{"$f":"IF(Sources!AK17=\"\",\"No data available\",\"GWh/yr = MW capacity * capacity factor * 8760/1000\")","v":"GWh/yr = MW capacity * capacity factor * 8760/1000"},{"$f":"IF(ISERROR('Input data & costs'!J16),\"No data available\",'Input data & costs'!J16)","v":2.4E-2},{"$f":"Sources!R17","v":"Biomass municipal and industrial\nmaterials (if recycled and combusted to\nproduce heat or electricity) emissions of 1.8kg CO2e/GJ  from DCCEE (2010). Conversion assumes plant efficiency of 27%. Calculation: 1.8*3.6/0.27/1000 "},{"$f":"IF(ISERROR('Input data & costs'!K16),\"No data available\",'Input data & costs'!K16)","v":4.5},{"$f":"IF(Sources!S17=\"\",\"No data available\",Sources!S17)","v":"ISF estimate based on market research"},{"$f":"IF(ISERROR('Input data & costs'!L16),\"No data available\",'Input data & costs'!L16)","v":0.04},{"$f":"IF(Sources!T17=\"\",\"No data available\",Sources!T17)","v":"ISF estimate based on market research"},{"$f":"IF(ISERROR('Input data & costs'!M16),\"No data available\",'Input data & costs'!M16)","v":35},{"$f":"IF(Sources!U17=\"\",\"No data available\",Sources!U17)","v":"ISF estimate based on market research"},{"$f":"IF(OR(ISERROR('Input data & costs'!$R16),'Input data & costs'!$R16=\"TBC\",'Input data & costs'!$R16=\"Insert Data\" ),\"N/A\",'Input data & costs'!$R16*100)","v":20},{"$f":"IF(Sources!X17=\"\",\"No data available\",Sources!X17)","v":"ISF estimate. "},{"$f":"IF(ISERROR('Input data & costs'!I16),\"No data available\",'Input data & costs'!I16)","v":30},{"$f":"Sources!Q17","v":"MMA (2008). Table 2.1"},"4A","Bioenergy","Refuse Derived Fuel (RDF) to energy","Electricity generated from non-recyclable wood waste, paper and plastic","National",587,"ISF estimate based on the estimated 20 million tonnes of non-recyclable waste per year, of which paper (19%), wood (8%) and plastics (9%) could be utilised for energy generation. Based on rollout of 40% of potential.",86,"Clean Energy Council (2009) ",95,"ISF estimate. Assumes reliable peak operation",557.65,"MWp = MW capacity * Firm peak rating",4422.2232000000004,"GWh/yr = MW capacity * capacity factor * 8760/1000",2.4E-2,"Biomass municipal and industrial\nmaterials (if recycled and combusted to\nproduce heat or electricity) emissions of 1.8kg CO2e/GJ  from DCCEE (2010). Conversion assumes plant efficiency of 27%. Calculation: 1.8*3.6/0.27/1000 ",4.5,"ISF estimate based on market research",0.04,"ISF estimate based on market research",35,"ISF estimate based on market research",20,"ISF estimate. ",30,"MMA (2008). Table 2.1"]
[{"$f":"'Input data & costs'!B17","v":"4B"},{"$f":"'Input data & costs'!C17","v":"Bioenergy"},{"$f":"'Input data & costs'!D17","v":"Agricultural Biogas"},{"$f":"'Input data & costs'!F17","v":"Electricity generated by burning biogas which is produced from agricultural sources, such as digesting livestock waste."},{"$f":"'Control Panel'!$D$6","v":"National"},{"$f":"'Inbuilt input data'!AI16","v":106},{"$f":"Sources!P18","v":"Clean Energy Council (2009). Anaerobic digestion/recipricaing gas engine, direct combustion and pyrolysis techniques for poultry, cattle, pigs, dairy cattle; abattoirs) "},{"$f":"IF(OR(ISERROR('Input data & costs'!$N17),'Input data & costs'!$N17=\"TBC\",'Input data & costs'!$N17=\"Insert Data\",'Input data & costs'!$N17=\"n/a\" ),\"N/A\",'Input data & costs'!$N17*100)","v":85},{"$f":"IF(Sources!V18=\"\",\"No data available\",Sources!V18)","v":"Clean Energy Council (2009) "},{"$f":"IF(OR(ISERROR('Input data & costs'!$Q17),'Input data & costs'!$Q17=\"TBC\",'Input data & costs'!$Q17=\"N/a\",'Input data & costs'!$Q17=\"Insert Data\" ),\"N/A\",'Input data & costs'!$Q17*100)","v":95},{"$f":"Sources!W18","v":"ISF estimate. Assumes reliable peak operation"},{"$f":"IF(AND(ISNUMBER('Inbuilt input data'!AI16),ISNUMBER('Inbuilt input data'!V16)),'Inbuilt input data'!AI16*'Inbuilt input data'!V16,\"No data available\")","v":100.69999999999999},"MWp = MW capacity * Firm peak rating",{"$f":"IF(ISERROR('Input data & costs'!AG17),\"No data available\",'Input data & costs'!AG17*1000)","v":789.27599999999995},{"$f":"IF(Sources!AK18=\"\",\"No data available\",\"GWh/yr = MW capacity * capacity factor * 8760/1000\")","v":"GWh/yr = MW capacity * capacity factor * 8760/1000"},{"$f":"IF(ISERROR('Input data & costs'!J17),\"No data available\",'Input data & costs'!J17)","v":5.2457142857142855E-2},{"$f":"Sources!R18","v":"Agricultural biogas emissions of 5.1kg CO2e/MWh  from DCCEE (2010). Conversion assumes plant efficiency of 35%. Calculation: 5.1*3.6/0.35/1000 "},{"$f":"IF(ISERROR('Input data & costs'!K17),\"No data available\",'Input data & costs'!K17)","v":2.7719999999999998},{"$f":"IF(Sources!S18=\"\",\"No data available\",Sources!S18)","v":"Access Economics (2009). Figure 3.8, inflation adjusted. "},{"$f":"IF(ISERROR('Input data & costs'!L17),\"No data available\",'Input data & costs'!L17)","v":0.22},{"$f":"IF(Sources!T18=\"\",\"No data available\",Sources!T18)","v":"OECD  (2005).  P151 Table 8 projection, Median price. Converted from EU to AUD using exchange rate from date used in publication 1AUD=0.59EU"},{"$f":"IF(ISERROR('Input data & costs'!M17),\"No data available\",'Input data & costs'!M17)","v":31.96},{"$f":"IF(Sources!U18=\"\",\"No data available\",Sources!U18)","v":"OECD  (2005).  P150 Table 1 projection, Median price. Converted from EU to AUD using exchange rate from date used in publication 1AUD=0.59EU"},{"$f":"IF(OR(ISERROR('Input data & costs'!$R17),'Input data & costs'!$R17=\"TBC\",'Input data & costs'!$R17=\"Insert Data\" ),\"N/A\",'Input data & costs'!$R17*100)","v":75},{"$f":"IF(Sources!X18=\"\",\"No data available\",Sources!X18)","v":"ISF estimate. "},{"$f":"IF(ISERROR('Input data & costs'!I17),\"No data available\",'Input data & costs'!I17)","v":25},{"$f":"Sources!Q18","v":"MMA (2008). Table 2.1"},"4B","Bioenergy","Agricultural Biogas","Electricity generated by burning biogas which is produced from agricultural sources, such as digesting livestock waste.","National",106,"Clean Energy Council (2009). Anaerobic digestion/recipricaing gas engine, direct combustion and pyrolysis techniques for poultry, cattle, pigs, dairy cattle; abattoirs) ",85,"Clean Energy Council (2009) ",95,"ISF estimate. Assumes reliable peak operation",100.69999999999999,"MWp = MW capacity * Firm peak rating",789.27599999999995,"GWh/yr = MW capacity * capacity factor * 8760/1000",5.2457142857142855E-2,"Agricultural biogas emissions of 5.1kg CO2e/MWh  from DCCEE (2010). Conversion assumes plant efficiency of 35%. Calculation: 5.1*3.6/0.35/1000 ",2.7719999999999998,"Access Economics (2009). Figure 3.8, inflation adjusted. ",0.22,"OECD  (2005).  P151 Table 8 projection, Median price. Converted from EU to AUD using exchange rate from date used in publication 1AUD=0.59EU",31.96,"OECD  (2005).  P150 Table 1 projection, Median price. Converted from EU to AUD using exchange rate from date used in publication 1AUD=0.59EU",75,"ISF estimate. ",25,"MMA (2008). Table 2.1"]
[{"$f":"'Input data & costs'!B18","v":"4C"},{"$f":"'Input data & costs'!C18","v":"Bioenergy"},{"$f":"'Input data & costs'!D18","v":"Biomass Plant"},{"$f":"'Input data & costs'!F18","v":"Electricity generated by burning biomass, specifically forestry and sawmill residues and energy crops such as camphor laurel, oil mallee, eucalyptus and Enercane."},{"$f":"'Control Panel'!$D$6","v":"National"},{"$f":"'Inbuilt input data'!AI17","v":362},{"$f":"Sources!P19","v":"Clean Energy Coucil (2009). Includes mostly  forestry and sawmill residues, but also oil mallee / eucalyptus and\nenercane (energy crops), and camphor laurel."},{"$f":"IF(OR(ISERROR('Input data & costs'!$N18),'Input data & costs'!$N18=\"TBC\",'Input data & costs'!$N18=\"Insert Data\",'Input data & costs'!$N18=\"n/a\" ),\"N/A\",'Input data & costs'!$N18*100)","v":81},{"$f":"IF(Sources!V19=\"\",\"No data available\",Sources!V19)","v":"Clean Energy Council (2009) .  "},{"$f":"IF(OR(ISERROR('Input data & costs'!$Q18),'Input data & costs'!$Q18=\"TBC\",'Input data & costs'!$Q18=\"N/a\",'Input data & costs'!$Q18=\"Insert Data\" ),\"N/A\",'Input data & costs'!$Q18*100)","v":95},{"$f":"Sources!W19","v":"ISF estimate. Assumes reliable peak operation"},{"$f":"IF(AND(ISNUMBER('Inbuilt input data'!AI17),ISNUMBER('Inbuilt input data'!V17)),'Inbuilt input data'!AI17*'Inbuilt input data'!V17,\"No data available\")","v":343.9},"MWp = MW capacity * Firm peak rating",{"$f":"IF(ISERROR('Input data & costs'!AG18),\"No data available\",'Input data & costs'!AG18*1000)","v":2568.6072000000004},{"$f":"IF(Sources!AK19=\"\",\"No data available\",\"GWh/yr = MW capacity * capacity factor * 8760/1000\")","v":"GWh/yr = MW capacity * capacity factor * 8760/1000"},{"$f":"IF(ISERROR('Input data & costs'!J18),\"No data available\",'Input data & costs'!J18)","v":2.0571428571428574E-2},{"$f":"Sources!R19","v":"Biomass plant emissions of 2kg CO2e/MWh  from DCCEE (2010). Conversion assumes plant efficiency of 35%. Calculation: 2*3.6/0.35/1000 "},{"$f":"IF(ISERROR('Input data & costs'!K18),\"No data available\",'Input data & costs'!K18)","v":3.5},{"$f":"IF(Sources!S19=\"\",\"No data available\",Sources!S19)","v":"ISF estimate based on market research"},{"$f":"IF(ISERROR('Input data & costs'!L18),\"No data available\",'Input data & costs'!L18)","v":0.16},{"$f":"IF(Sources!T19=\"\",\"No data available\",Sources!T19)","v":"Rural Industries Research and Development Corporation (2008). Page 17, table 2. Based on 30MW capacity plant."},{"$f":"IF(ISERROR('Input data & costs'!M18),\"No data available\",'Input data & costs'!M18)","v":36.36},{"$f":"IF(Sources!U19=\"\",\"No data available\",Sources!U19)","v":"Rural Industries Research and Development Corporation (2008). Page 17, Table 3. Medium cost (halfway between upper and lower bounds) of energy crops and plantation residues applied to potential figures provided in Clean Energy Council (2009)."},{"$f":"IF(OR(ISERROR('Input data & costs'!$R18),'Input data & costs'!$R18=\"TBC\",'Input data & costs'!$R18=\"Insert Data\" ),\"N/A\",'Input data & costs'!$R18*100)","v":75},{"$f":"IF(Sources!X19=\"\",\"No data available\",Sources!X19)","v":"ISF estimate. "},{"$f":"IF(ISERROR('Input data & costs'!I18),\"No data available\",'Input data & costs'!I18)","v":30},{"$f":"Sources!Q19","v":"MMA (2008). Table 2.1"},"4C","Bioenergy","Biomass Plant","Electricity generated by burning biomass, specifically forestry and sawmill residues and energy crops such as camphor laurel, oil mallee, eucalyptus and Enercane.","National",362,"Clean Energy Coucil (2009). Includes mostly  forestry and sawmill residues, but also oil mallee / eucalyptus and\nenercane (energy crops), and camphor laurel.",81,"Clean Energy Council (2009) .  ",95,"ISF estimate. Assumes reliable peak operation",343.9,"MWp = MW capacity * Firm peak rating",2568.6072000000004,"GWh/yr = MW capacity * capacity factor * 8760/1000",2.0571428571428574E-2,"Biomass plant emissions of 2kg CO2e/MWh  from DCCEE (2010). Conversion assumes plant efficiency of 35%. Calculation: 2*3.6/0.35/1000 ",3.5,"ISF estimate based on market research",0.16,"Rural Industries Research and Development Corporation (2008). Page 17, table 2. Based on 30MW capacity plant.",36.36,"Rural Industries Research and Development Corporation (2008). Page 17, Table 3. Medium cost (halfway between upper and lower bounds) of energy crops and plantation residues applied to potential figures provided in Clean Energy Council (2009).",75,"ISF estimate. ",30,"MMA (2008). Table 2.1"]
[{"$f":"'Input data & costs'!B19","v":"4D"},{"$f":"'Input data & costs'!C19","v":"Bioenergy"},{"$f":"'Input data & costs'!D19","v":"Biomass Cogen"},{"$f":"'Input data & costs'!F19","v":"Burning biomass, specifically sugar cane bagasse, where in addition to using the electricity generated, the useful heat is used for heat processing."},{"$f":"'Control Panel'!$D$6","v":"National"},{"$f":"'Inbuilt input data'!AI18","v":514},{"$f":"Sources!P20","v":"Clean Energy Coucil (2009). Includes bagasse from sugar cane and paper/pulp mill cogeneration"},{"$f":"IF(OR(ISERROR('Input data & costs'!$N19),'Input data & costs'!$N19=\"TBC\",'Input data & costs'!$N19=\"Insert Data\",'Input data & costs'!$N19=\"n/a\" ),\"N/A\",'Input data & costs'!$N19*100)","v":45},{"$f":"IF(Sources!V20=\"\",\"No data available\",Sources!V20)","v":"Clean Energy Council (2009). Assuming seasonal fuel supply. "},{"$f":"IF(OR(ISERROR('Input data & costs'!$Q19),'Input data & costs'!$Q19=\"TBC\",'Input data & costs'!$Q19=\"N/a\",'Input data & costs'!$Q19=\"Insert Data\" ),\"N/A\",'Input data & costs'!$Q19*100)","v":50},{"$f":"Sources!W20","v":"ISF estimate. Assumes reliable peak operation for half of the year"},{"$f":"IF(AND(ISNUMBER('Inbuilt input data'!AI18),ISNUMBER('Inbuilt input data'!V18)),'Inbuilt input data'!AI18*'Inbuilt input data'!V18,\"No data available\")","v":257},"MWp = MW capacity * Firm peak rating",{"$f":"IF(ISERROR('Input data & costs'!AG19),\"No data available\",'Input data & costs'!AG19*1000)","v":2026.1879999999999},{"$f":"IF(Sources!AK20=\"\",\"No data available\",\"GWh/yr = MW capacity * capacity factor * 8760/1000\")","v":"GWh/yr = MW capacity * capacity factor * 8760/1000"},{"$f":"IF(ISERROR('Input data & costs'!J19),\"No data available\",'Input data & costs'!J19)","v":1.542857142857143E-2},{"$f":"Sources!R20","v":"Biomass cogen emissions of 1.5kg CO2e/MWh  from DCCEE (2010), bagasse. Conversion assumes plant efficiency of 35%. Calculation: 1.5*3.6/0.35/1000 "},{"$f":"IF(ISERROR('Input data & costs'!K19),\"No data available\",'Input data & costs'!K19)","v":3.75},{"$f":"IF(Sources!S20=\"\",\"No data available\",Sources!S20)","v":"Clean Energy Council (2009) p16, authors pers. comm"},{"$f":"IF(ISERROR('Input data & costs'!L19),\"No data available\",'Input data & costs'!L19)","v":0.16},{"$f":"IF(Sources!T20=\"\",\"No data available\",Sources!T20)","v":"Rural Industries Research and Development Corporation (2008). Page 17, table 2. Based on 30MW capacity plant."},{"$f":"IF(ISERROR('Input data & costs'!M19),\"No data available\",'Input data & costs'!M19)","v":0},{"$f":"IF(Sources!U20=\"\",\"No data available\",Sources!U20)","v":"Assumes fuel is waste from sugar processing and is freely available"},{"$f":"IF(OR(ISERROR('Input data & costs'!$R19),'Input data & costs'!$R19=\"TBC\",'Input data & costs'!$R19=\"Insert Data\" ),\"N/A\",'Input data & costs'!$R19*100)","v":30},{"$f":"IF(Sources!X20=\"\",\"No data available\",Sources!X20)","v":"ISF estimate. "},{"$f":"IF(ISERROR('Input data & costs'!I19),\"No data available\",'Input data & costs'!I19)","v":30},{"$f":"Sources!Q20","v":"MMA (2008). Table 2.1"},"4D","Bioenergy","Biomass Cogen","Burning biomass, specifically sugar cane bagasse, where in addition to using the electricity generated, the useful heat is used for heat processing.","National",514,"Clean Energy Coucil (2009). Includes bagasse from sugar cane and paper/pulp mill cogeneration",45,"Clean Energy Council (2009). Assuming seasonal fuel supply. ",50,"ISF estimate. Assumes reliable peak operation for half of the year",257,"MWp = MW capacity * Firm peak rating",2026.1879999999999,"GWh/yr = MW capacity * capacity factor * 8760/1000",1.542857142857143E-2,"Biomass cogen emissions of 1.5kg CO2e/MWh  from DCCEE (2010), bagasse. Conversion assumes plant efficiency of 35%. Calculation: 1.5*3.6/0.35/1000 ",3.75,"Clean Energy Council (2009) p16, authors pers. comm",0.16,"Rural Industries Research and Development Corporation (2008). Page 17, table 2. Based on 30MW capacity plant.",0,"Assumes fuel is waste from sugar processing and is freely available",30,"ISF estimate. ",30,"MMA (2008). Table 2.1"]
[{"$f":"'Input data & costs'!B20","v":"4E"},{"$f":"'Input data & costs'!C20","v":"Bioenergy"},{"$f":"'Input data & costs'!D20","v":"Landfill gas"},{"$f":"'Input data & costs'!F20","v":"Energy from capturing and burning methane released from decomposition of landfill waste."},{"$f":"'Control Panel'!$D$6","v":"National"},{"$f":"'Inbuilt input data'!AI19","v":148},{"$f":"Sources!P21","v":"Clean Energy Council (2009)."},{"$f":"IF(OR(ISERROR('Input data & costs'!$N20),'Input data & costs'!$N20=\"TBC\",'Input data & costs'!$N20=\"Insert Data\",'Input data & costs'!$N20=\"n/a\" ),\"N/A\",'Input data & costs'!$N20*100)","v":86},{"$f":"IF(Sources!V21=\"\",\"No data available\",Sources!V21)","v":"Clean Energy Council (2009) "},{"$f":"IF(OR(ISERROR('Input data & costs'!$Q20),'Input data & costs'!$Q20=\"TBC\",'Input data & costs'!$Q20=\"N/a\",'Input data & costs'!$Q20=\"Insert Data\" ),\"N/A\",'Input data & costs'!$Q20*100)","v":95},{"$f":"Sources!W21","v":"ISF estimate. Assumes reliable peak operation"},{"$f":"IF(AND(ISNUMBER('Inbuilt input data'!AI19),ISNUMBER('Inbuilt input data'!V19)),'Inbuilt input data'!AI19*'Inbuilt input data'!V19,\"No data available\")","v":140.6},"MWp = MW capacity * Firm peak rating",{"$f":"IF(ISERROR('Input data & costs'!AG20),\"No data available\",'Input data & costs'!AG20*1000)","v":1114.9728},{"$f":"IF(Sources!AK21=\"\",\"No data available\",\"GWh/yr = MW capacity * capacity factor * 8760/1000\")","v":"GWh/yr = MW capacity * capacity factor * 8760/1000"},{"$f":"IF(ISERROR('Input data & costs'!J20),\"No data available\",'Input data & costs'!J20)","v":5.2457142857142855E-2},{"$f":"Sources!R21","v":"Landfill gas emissions of 5.1kg CO2e/GJ from DCCEE (2010). Conversion assumes plant efficiency of 35%. Calculation: 5.1*3.6/0.35/1000 "},{"$f":"IF(ISERROR('Input data & costs'!K20),\"No data available\",'Input data & costs'!K20)","v":2.2999999999999998},{"$f":"IF(Sources!S21=\"\",\"No data available\",Sources!S21)","v":"OECD  (2005).  P151 Table 4 projection, Median price. Converted from GBP to AUD using exchange rate from date used in publication 1GBP=2.46AUD"},{"$f":"IF(ISERROR('Input data & costs'!L20),\"No data available\",'Input data & costs'!L20)","v":0.1},{"$f":"IF(Sources!T21=\"\",\"No data available\",Sources!T21)","v":" OECD  (2005). Median price. P151 Table 6 projection. Converted from GBP to AUD using exchange rate from date used in publication 1GBP=2.46AUD"},{"$f":"IF(ISERROR('Input data & costs'!M20),\"No data available\",'Input data & costs'!M20)","v":0},{"$f":"IF(Sources!U21=\"\",\"No data available\",Sources!U21)","v":"Assumes fuel is gas fuel is collected free of charge from the landfill site"},{"$f":"IF(OR(ISERROR('Input data & costs'!$R20),'Input data & costs'!$R20=\"TBC\",'Input data & costs'!$R20=\"Insert Data\" ),\"N/A\",'Input data & costs'!$R20*100)","v":20},{"$f":"IF(Sources!X21=\"\",\"No data available\",Sources!X21)","v":"ISF estimate. "},{"$f":"IF(ISERROR('Input data & costs'!I20),\"No data available\",'Input data & costs'!I20)","v":25},{"$f":"Sources!Q21","v":"MMA (2008). Table 2.1"},"4E","Bioenergy","Landfill gas","Energy from capturing and burning methane released from decomposition of landfill waste.","National",148,"Clean Energy Council (2009).",86,"Clean Energy Council (2009) ",95,"ISF estimate. Assumes reliable peak operation",140.6,"MWp = MW capacity * Firm peak rating",1114.9728,"GWh/yr = MW capacity * capacity factor * 8760/1000",5.2457142857142855E-2,"Landfill gas emissions of 5.1kg CO2e/GJ from DCCEE (2010). Conversion assumes plant efficiency of 35%. Calculation: 5.1*3.6/0.35/1000 ",2.2999999999999998,"OECD  (2005).  P151 Table 4 projection, Median price. Converted from GBP to AUD using exchange rate from date used in publication 1GBP=2.46AUD",0.1," OECD  (2005). Median price. P151 Table 6 projection. Converted from GBP to AUD using exchange rate from date used in publication 1GBP=2.46AUD",0,"Assumes fuel is gas fuel is collected free of charge from the landfill site",20,"ISF estimate. ",25,"MMA (2008). Table 2.1"]
[{"$f":"'Input data & costs'!B21","v":"4F"},{"$f":"'Input data & costs'!C21","v":"Bioenergy"},{"$f":"'Input data & costs'!D21","v":"Sewage gas (Municipal water)"},{"$f":"'Input data & costs'!F21","v":"Energy from capturing and burning gas collected from sewage treatment plant bio-digesters."},{"$f":"'Control Panel'!$D$6","v":"National"},{"$f":"'Inbuilt input data'!AI20","v":118},{"$f":"Sources!P22","v":"Clean Energy Council (2009)."},{"$f":"IF(OR(ISERROR('Input data & costs'!$N21),'Input data & costs'!$N21=\"TBC\",'Input data & costs'!$N21=\"Insert Data\",'Input data & costs'!$N21=\"n/a\" ),\"N/A\",'Input data & costs'!$N21*100)","v":86},{"$f":"IF(Sources!V22=\"\",\"No data available\",Sources!V22)","v":"Clean Energy Council (2009) "},{"$f":"IF(OR(ISERROR('Input data & costs'!$Q21),'Input data & costs'!$Q21=\"TBC\",'Input data & costs'!$Q21=\"N/a\",'Input data & costs'!$Q21=\"Insert Data\" ),\"N/A\",'Input data & costs'!$Q21*100)","v":95},{"$f":"Sources!W22","v":"ISF estimate. Assumes reliable peak operation"},{"$f":"IF(AND(ISNUMBER('Inbuilt input data'!AI20),ISNUMBER('Inbuilt input data'!V20)),'Inbuilt input data'!AI20*'Inbuilt input data'!V20,\"No data available\")","v":112.1},"MWp = MW capacity * Firm peak rating",{"$f":"IF(ISERROR('Input data & costs'!AG21),\"No data available\",'Input data & costs'!AG21*1000)","v":888.96479999999997},{"$f":"IF(Sources!AK22=\"\",\"No data available\",\"GWh/yr = MW capacity * capacity factor * 8760/1000\")","v":"GWh/yr = MW capacity * capacity factor * 8760/1000"},{"$f":"IF(ISERROR('Input data & costs'!J21),\"No data available\",'Input data & costs'!J21)","v":5.2457142857142855E-2},{"$f":"Sources!R22","v":"Sewage gas emissions of 5.1kg CO2e/GJ  from DCCEE (2010). Conversion assumes plant efficiency of 35%. Calculation: 5.1*3.6/0.35/1000 "},{"$f":"IF(ISERROR('Input data & costs'!K21),\"No data available\",'Input data & costs'!K21)","v":2.23},{"$f":"IF(Sources!S22=\"\",\"No data available\",Sources!S22)","v":"OECD  (2005).  P151 Table 4 projection, Median price. Converted from GBP to AUD using exchange rate from date used in publication 1GBP=2.46AUD"},{"$f":"IF(ISERROR('Input data & costs'!L21),\"No data available\",'Input data & costs'!L21)","v":7.0000000000000007E-2},{"$f":"IF(Sources!T22=\"\",\"No data available\",Sources!T22)","v":" OECD  (2005). Median price. P151 Table 6 projection. Converted from GBP to AUD using exchange rate from date used in publication 1GBP=2.46AUD"},{"$f":"IF(ISERROR('Input data & costs'!M21),\"No data available\",'Input data & costs'!M21)","v":56.58},{"$f":"IF(Sources!U22=\"\",\"No data available\",Sources!U22)","v":"OECD  (2005).  P150 Table 1 projection, Median price. Converted from GBP to AUD using exchange rate from date used in publication 1GBP=2.46AUD"},{"$f":"IF(OR(ISERROR('Input data & costs'!$R21),'Input data & costs'!$R21=\"TBC\",'Input data & costs'!$R21=\"Insert Data\" ),\"N/A\",'Input data & costs'!$R21*100)","v":20},{"$f":"IF(Sources!X22=\"\",\"No data available\",Sources!X22)","v":"ISF estimate. "},{"$f":"IF(ISERROR('Input data & costs'!I21),\"No data available\",'Input data & costs'!I21)","v":25},{"$f":"Sources!Q22","v":"MMA (2008). Table 2.1"},"4F","Bioenergy","Sewage gas (Municipal water)","Energy from capturing and burning gas collected from sewage treatment plant bio-digesters.","National",118,"Clean Energy Council (2009).",86,"Clean Energy Council (2009) ",95,"ISF estimate. Assumes reliable peak operation",112.1,"MWp = MW capacity * Firm peak rating",888.96479999999997,"GWh/yr = MW capacity * capacity factor * 8760/1000",5.2457142857142855E-2,"Sewage gas emissions of 5.1kg CO2e/GJ  from DCCEE (2010). Conversion assumes plant efficiency of 35%. Calculation: 5.1*3.6/0.35/1000 ",2.23,"OECD  (2005).  P151 Table 4 projection, Median price. Converted from GBP to AUD using exchange rate from date used in publication 1GBP=2.46AUD",7.0000000000000007E-2," OECD  (2005). Median price. P151 Table 6 projection. Converted from GBP to AUD using exchange rate from date used in publication 1GBP=2.46AUD",56.58,"OECD  (2005).  P150 Table 1 projection, Median price. Converted from GBP to AUD using exchange rate from date used in publication 1GBP=2.46AUD",20,"ISF estimate. ",25,"MMA (2008). Table 2.1"]
[{"$f":"'Input data & costs'!B22","v":"5A"},{"$f":"'Input data & costs'!C22","v":"Renewables"},{"$f":"'Input data & costs'!D22","v":"Improved Hydro Efficiency "},{"$f":"'Input data & costs'!F22","v":"Various measures to improve the efficiency of existing hydroelectric power stations."},{"$f":"'Control Panel'!$D$6","v":"National"},{"$f":"'Inbuilt input data'!AI21","v":545},{"$f":"Sources!P23","v":"Includes additional capacity from current Snowy Hydro modernisation project  + potential upgrade to other existing capacity (ESAA 2010), based on average upgrade potential of 6% from EPRI (1999) Table 2.2. "},{"$f":"IF(OR(ISERROR('Input data & costs'!$N22),'Input data & costs'!$N22=\"TBC\",'Input data & costs'!$N22=\"Insert Data\",'Input data & costs'!$N22=\"n/a\" ),\"N/A\",'Input data & costs'!$N22*100)","v":24},{"$f":"IF(Sources!V23=\"\",\"No data available\",Sources!V23)","v":"Long term average capacity factor of Snowy Hydro and Tasmanian Hydro generators, which account for 95% of installed capacity in Australia"},{"$f":"IF(OR(ISERROR('Input data & costs'!$Q22),'Input data & costs'!$Q22=\"TBC\",'Input data & costs'!$Q22=\"N/a\",'Input data & costs'!$Q22=\"Insert Data\" ),\"N/A\",'Input data & costs'!$Q22*100)","v":60},{"$f":"Sources!W23","v":"ISF estimate. Available for peaking when sufficient water is available"},{"$f":"IF(AND(ISNUMBER('Inbuilt input data'!AI21),ISNUMBER('Inbuilt input data'!V21)),'Inbuilt input data'!AI21*'Inbuilt input data'!V21,\"No data available\")","v":327},"MWp = MW capacity * Firm peak rating",{"$f":"IF(ISERROR('Input data & costs'!AG22),\"No data available\",'Input data & costs'!AG22*1000)","v":1145.8079999999998},{"$f":"IF(Sources!AK23=\"\",\"No data available\",\"GWh/yr = MW capacity * capacity factor * 8760/1000\")","v":"GWh/yr = MW capacity * capacity factor * 8760/1000"},{"$f":"IF(ISERROR('Input data & costs'!J22),\"No data available\",'Input data & costs'!J22)","v":0},{"$f":"Sources!R23","v":"Each additional unit of energy generated produces zero emissions"},{"$f":"IF(ISERROR('Input data & costs'!K22),\"No data available\",'Input data & costs'!K22)","v":1.67},{"$f":"IF(Sources!S23=\"\",\"No data available\",Sources!S23)","v":"Average between Snowy Hydro modernisation project ($1.33M/MW) and average cost of case study projects ($2M/MW) outlined in EPRI (2006). "},{"$f":"IF(ISERROR('Input data & costs'!L22),\"No data available\",'Input data & costs'!L22)","v":0},{"$f":"IF(Sources!T23=\"\",\"No data available\",Sources!T23)","v":"Assumes zero fixed O&M costs"},{"$f":"IF(ISERROR('Input data & costs'!M22),\"No data available\",'Input data & costs'!M22)","v":0},{"$f":"IF(Sources!U23=\"\",\"No data available\",Sources!U23)","v":"Assumes zero fuel and incremental O&M"},{"$f":"IF(OR(ISERROR('Input data & costs'!$R22),'Input data & costs'!$R22=\"TBC\",'Input data & costs'!$R22=\"Insert Data\" ),\"N/A\",'Input data & costs'!$R22*100)","v":100},{"$f":"IF(Sources!X23=\"\",\"No data available\",Sources!X23)","v":"ISF estimate. "},{"$f":"IF(ISERROR('Input data & costs'!I22),\"No data available\",'Input data & costs'!I22)","v":25},{"$f":"Sources!Q23","v":"ISF estimate"},"5A","Renewables","Improved Hydro Efficiency ","Various measures to improve the efficiency of existing hydroelectric power stations.","National",545,"Includes additional capacity from current Snowy Hydro modernisation project  + potential upgrade to other existing capacity (ESAA 2010), based on average upgrade potential of 6% from EPRI (1999) Table 2.2. ",24,"Long term average capacity factor of Snowy Hydro and Tasmanian Hydro generators, which account for 95% of installed capacity in Australia",60,"ISF estimate. Available for peaking when sufficient water is available",327,"MWp = MW capacity * Firm peak rating",1145.8079999999998,"GWh/yr = MW capacity * capacity factor * 8760/1000",0,"Each additional unit of energy generated produces zero emissions",1.67,"Average between Snowy Hydro modernisation project ($1.33M/MW) and average cost of case study projects ($2M/MW) outlined in EPRI (2006). ",0,"Assumes zero fixed O&M costs",0,"Assumes zero fuel and incremental O&M",100,"ISF estimate. ",25,"ISF estimate"]
[{"$f":"'Input data & costs'!B23","v":"5B"},{"$f":"'Input data & costs'!C23","v":"Renewables"},{"$f":"'Input data & costs'!D23","v":"Wind (offshore)"},{"$f":"'Input data & costs'!F23","v":"Energy from wind is harnessed through large grid connected turbines, located up to several kilometres offshore."},{"$f":"'Control Panel'!$D$6","v":"National"},{"$f":"'Inbuilt input data'!AI22","v":2500},{"$f":"Sources!P24","v":"European Wind Energy Association (2010). Half of Europe's offshore wind target of 10% of total capacity by 2020, applied to Australia's current 50GW installed capacity"},{"$f":"IF(OR(ISERROR('Input data & costs'!$N23),'Input data & costs'!$N23=\"TBC\",'Input data & costs'!$N23=\"Insert Data\",'Input data & costs'!$N23=\"n/a\" ),\"N/A\",'Input data & costs'!$N23*100)","v":37},{"$f":"IF(Sources!V24=\"\",\"No data available\",Sources!V24)","v":"European Wind Energy Association (2010). The average capacity factor of the projected installed capacity in Europe by 2020. "},{"$f":"IF(OR(ISERROR('Input data & costs'!$Q23),'Input data & costs'!$Q23=\"TBC\",'Input data & costs'!$Q23=\"N/a\",'Input data & costs'!$Q23=\"Insert Data\" ),\"N/A\",'Input data & costs'!$Q23*100)","v":13.5},{"$f":"Sources!W24","v":"Average of AGL (2011) and Davy and Coppin (2003).   Assumed offshore wind is same as onshore wind"},{"$f":"IF(AND(ISNUMBER('Inbuilt input data'!AI22),ISNUMBER('Inbuilt input data'!V22)),'Inbuilt input data'!AI22*'Inbuilt input data'!V22,\"No data available\")","v":337.5},"MWp = MW capacity * Firm peak rating",{"$f":"IF(ISERROR('Input data & costs'!AG23),\"No data available\",'Input data & costs'!AG23*1000)","v":8103},{"$f":"IF(Sources!AK24=\"\",\"No data available\",\"GWh/yr = MW capacity * capacity factor * 8760/1000\")","v":"GWh/yr = MW capacity * capacity factor * 8760/1000"},{"$f":"IF(ISERROR('Input data & costs'!J23),\"No data available\",'Input data & costs'!J23)","v":0},{"$f":"Sources!R24","v":"Each unit of energy generated produces zero emissions"},{"$f":"IF(ISERROR('Input data & costs'!K23),\"No data available\",'Input data & costs'!K23)","v":3.83},{"$f":"IF(Sources!S24=\"\",\"No data available\",Sources!S24)","v":"Access Economics (2009). Table A3, inflation adjusted. "},{"$f":"IF(ISERROR('Input data & costs'!L23),\"No data available\",'Input data & costs'!L23)","v":0.11},{"$f":"IF(Sources!T24=\"\",\"No data available\",Sources!T24)","v":"OECD (2010). Table 3.7d P62, converted to AUD using exchange rate 1USD=1.19AUD in Table 2.1, p38. Based on 300MW US offshore plant costs. Note: Figure includes both fixed and variable O&M costs bundled together. Figure calculated from $/MWh figure using capacity factor.  "},{"$f":"IF(ISERROR('Input data & costs'!M23),\"No data available\",'Input data & costs'!M23)","v":0},{"$f":"IF(Sources!U24=\"\",\"No data available\",Sources!U24)","v":"Variable costs are included in the fixed O&M costs, because O&M costs not seperated into fixed and variable categories"},{"$f":"IF(OR(ISERROR('Input data & costs'!$R23),'Input data & costs'!$R23=\"TBC\",'Input data & costs'!$R23=\"Insert Data\" ),\"N/A\",'Input data & costs'!$R23*100)","v":75},{"$f":"IF(Sources!X24=\"\",\"No data available\",Sources!X24)","v":"ISF estimate. "},{"$f":"IF(ISERROR('Input data & costs'!I23),\"No data available\",'Input data & costs'!I23)","v":25},{"$f":"Sources!Q24","v":"OECD (2010). P43"},"5B","Renewables","Wind (offshore)","Energy from wind is harnessed through large grid connected turbines, located up to several kilometres offshore.","National",2500,"European Wind Energy Association (2010). Half of Europe's offshore wind target of 10% of total capacity by 2020, applied to Australia's current 50GW installed capacity",37,"European Wind Energy Association (2010). The average capacity factor of the projected installed capacity in Europe by 2020. ",13.5,"Average of AGL (2011) and Davy and Coppin (2003).   Assumed offshore wind is same as onshore wind",337.5,"MWp = MW capacity * Firm peak rating",8103,"GWh/yr = MW capacity * capacity factor * 8760/1000",0,"Each unit of energy generated produces zero emissions",3.83,"Access Economics (2009). Table A3, inflation adjusted. ",0.11,"OECD (2010). Table 3.7d P62, converted to AUD using exchange rate 1USD=1.19AUD in Table 2.1, p38. Based on 300MW US offshore plant costs. Note: Figure includes both fixed and variable O&M costs bundled together. Figure calculated from $/MWh figure using capacity factor.  ",0,"Variable costs are included in the fixed O&M costs, because O&M costs not seperated into fixed and variable categories",75,"ISF estimate. ",25,"OECD (2010). P43"]
[{"$f":"'Input data & costs'!B24","v":"5C"},{"$f":"'Input data & costs'!C24","v":"Renewables"},{"$f":"'Input data & costs'!D24","v":"Wind (onshore)"},{"$f":"'Input data & costs'!F24","v":"Energy from wind is harnessed through large grid connected turbines, located on land."},{"$f":"'Control Panel'!$D$6","v":"National"},{"$f":"'Inbuilt input data'!AI23","v":9416},{"$f":"Sources!P25","v":"Carbon Market Economics (2009). Upper estimate  (assumes less non-wind mix in RET)"},{"$f":"IF(OR(ISERROR('Input data & costs'!$N24),'Input data & costs'!$N24=\"TBC\",'Input data & costs'!$N24=\"Insert Data\",'Input data & costs'!$N24=\"n/a\" ),\"N/A\",'Input data & costs'!$N24*100)","v":35},{"$f":"IF(Sources!V25=\"\",\"No data available\",Sources!V25)","v":"35% upper bound from assumptions spreadsheet, renewables worksheet MMA (2008b)"},{"$f":"IF(OR(ISERROR('Input data & costs'!$Q24),'Input data & costs'!$Q24=\"TBC\",'Input data & costs'!$Q24=\"N/a\",'Input data & costs'!$Q24=\"Insert Data\" ),\"N/A\",'Input data & costs'!$Q24*100)","v":13.5},{"$f":"Sources!W25","v":"Average of AGL (2011) and Davy and Coppin (2003).  "},{"$f":"IF(AND(ISNUMBER('Inbuilt input data'!AI23),ISNUMBER('Inbuilt input data'!V23)),'Inbuilt input data'!AI23*'Inbuilt input data'!V23,\"No data available\")","v":1271.1600000000001},"MWp = MW capacity * Firm peak rating",{"$f":"IF(ISERROR('Input data & costs'!AG24),\"No data available\",'Input data & costs'!AG24*1000)","v":28869.455999999998},{"$f":"IF(Sources!AK25=\"\",\"No data available\",\"GWh/yr = MW capacity * capacity factor * 8760/1000\")","v":"GWh/yr = MW capacity * capacity factor * 8760/1000"},{"$f":"IF(ISERROR('Input data & costs'!J24),\"No data available\",'Input data & costs'!J24)","v":0},{"$f":"Sources!R25","v":"Each unit of energy generated produces zero emissions"},{"$f":"IF(ISERROR('Input data & costs'!K24),\"No data available\",'Input data & costs'!K24)","v":2.7440000000000002},{"$f":"IF(Sources!S25=\"\",\"No data available\",Sources!S25)","v":"ACIL Tasman (2010)"},{"$f":"IF(ISERROR('Input data & costs'!L24),\"No data available\",'Input data & costs'!L24)","v":3.6999999999999998E-2},{"$f":"IF(Sources!T25=\"\",\"No data available\",Sources!T25)","v":"ACIL Tasman (2010)"},{"$f":"IF(ISERROR('Input data & costs'!M24),\"No data available\",'Input data & costs'!M24)","v":0},{"$f":"IF(Sources!U25=\"\",\"No data available\",Sources!U25)","v":"ACIL Tasman (2010)"},{"$f":"IF(OR(ISERROR('Input data & costs'!$R24),'Input data & costs'!$R24=\"TBC\",'Input data & costs'!$R24=\"Insert Data\" ),\"N/A\",'Input data & costs'!$R24*100)","v":75},{"$f":"IF(Sources!X25=\"\",\"No data available\",Sources!X25)","v":"ISF estimate. "},{"$f":"IF(ISERROR('Input data & costs'!I24),\"No data available\",'Input data & costs'!I24)","v":25},{"$f":"Sources!Q25","v":"ACIL Tasman (2010)"},"5C","Renewables","Wind (onshore)","Energy from wind is harnessed through large grid connected turbines, located on land.","National",9416,"Carbon Market Economics (2009). Upper estimate  (assumes less non-wind mix in RET)",35,"35% upper bound from assumptions spreadsheet, renewables worksheet MMA (2008b)",13.5,"Average of AGL (2011) and Davy and Coppin (2003).  ",1271.1600000000001,"MWp = MW capacity * Firm peak rating",28869.455999999998,"GWh/yr = MW capacity * capacity factor * 8760/1000",0,"Each unit of energy generated produces zero emissions",2.7440000000000002,"ACIL Tasman (2010)",3.6999999999999998E-2,"ACIL Tasman (2010)",0,"ACIL Tasman (2010)",75,"ISF estimate. ",25,"ACIL Tasman (2010)"]
[{"$f":"'Input data & costs'!B25","v":"5D"},{"$f":"'Input data & costs'!C25","v":"Renewables"},{"$f":"'Input data & costs'!D25","v":"Solar Thermal (with storage)"},{"$f":"'Input data & costs'!F25","v":"Mirrors concentrate energy from the sun onto a focal point or tube filled with liquid. This liquid produces steam to drive a turbine.  Salt cells can store heat to provide electricity on demand."},{"$f":"'Control Panel'!$D$6","v":"National"},{"$f":"'Inbuilt input data'!AI24","v":2200},{"$f":"Sources!P26","v":"Black and Veatch (2006). 10 year California  High deployment scenario projections, Table 4.1 p21. Note: 1) California has equivilent summer peak and annual energy generation to Australia; 2) California has 33% RET by 2030)"},{"$f":"IF(OR(ISERROR('Input data & costs'!$N25),'Input data & costs'!$N25=\"TBC\",'Input data & costs'!$N25=\"Insert Data\",'Input data & costs'!$N25=\"n/a\" ),\"N/A\",'Input data & costs'!$N25*100)","v":41},{"$f":"IF(Sources!V26=\"\",\"No data available\",Sources!V26)","v":"CSIRO (2011) Table 5"},{"$f":"IF(OR(ISERROR('Input data & costs'!$Q25),'Input data & costs'!$Q25=\"TBC\",'Input data & costs'!$Q25=\"N/a\",'Input data & costs'!$Q25=\"Insert Data\" ),\"N/A\",'Input data & costs'!$Q25*100)","v":95},{"$f":"Sources!W26","v":"Black and Veatch (2006). 6 hours storage in California qualifies CSP for 'peaking plant' categorisation, meaning  the plant can operate at at least 95% during the summer peaks. See discussion, page 6-6."},{"$f":"IF(AND(ISNUMBER('Inbuilt input data'!AI24),ISNUMBER('Inbuilt input data'!V24)),'Inbuilt input data'!AI24*'Inbuilt input data'!V24,\"No data available\")","v":2090},"MWp = MW capacity * Firm peak rating",{"$f":"IF(ISERROR('Input data & costs'!AG25),\"No data available\",'Input data & costs'!AG25*1000)","v":7901.5199999999995},{"$f":"IF(Sources!AK26=\"\",\"No data available\",\"GWh/yr = MW capacity * capacity factor * 8760/1000\")","v":"GWh/yr = MW capacity * capacity factor * 8760/1000"},{"$f":"IF(ISERROR('Input data & costs'!J25),\"No data available\",'Input data & costs'!J25)","v":0},{"$f":"Sources!R26","v":"Zero emissions. Assumes no boosting required."},{"$f":"IF(ISERROR('Input data & costs'!K25),\"No data available\",'Input data & costs'!K25)","v":5.827},{"$f":"IF(Sources!S26=\"\",\"No data available\",Sources!S26)","v":"ACIL Tasman (2010)"},{"$f":"IF(ISERROR('Input data & costs'!L25),\"No data available\",'Input data & costs'!L25)","v":7.2999999999999995E-2},{"$f":"IF(Sources!T26=\"\",\"No data available\",Sources!T26)","v":"ACIL Tasman (2010)"},{"$f":"IF(ISERROR('Input data & costs'!M25),\"No data available\",'Input data & costs'!M25)","v":0},{"$f":"IF(Sources!U26=\"\",\"No data available\",Sources!U26)","v":"ACIL Tasman (2010)"},{"$f":"IF(OR(ISERROR('Input data & costs'!$R25),'Input data & costs'!$R25=\"TBC\",'Input data & costs'!$R25=\"Insert Data\" ),\"N/A\",'Input data & costs'!$R25*100)","v":75},{"$f":"IF(Sources!X26=\"\",\"No data available\",Sources!X26)","v":"ISF estimate. "},{"$f":"IF(ISERROR('Input data & costs'!I25),\"No data available\",'Input data & costs'!I25)","v":30},{"$f":"Sources!Q26","v":"ACIL Tasman (2010)"},"5D","Renewables","Solar Thermal (with storage)","Mirrors concentrate energy from the sun onto a focal point or tube filled with liquid. This liquid produces steam to drive a turbine.  Salt cells can store heat to provide electricity on demand.","National",2200,"Black and Veatch (2006). 10 year California  High deployment scenario projections, Table 4.1 p21. Note: 1) California has equivilent summer peak and annual energy generation to Australia; 2) California has 33% RET by 2030)",41,"CSIRO (2011) Table 5",95,"Black and Veatch (2006). 6 hours storage in California qualifies CSP for 'peaking plant' categorisation, meaning  the plant can operate at at least 95% during the summer peaks. See discussion, page 6-6.",2090,"MWp = MW capacity * Firm peak rating",7901.5199999999995,"GWh/yr = MW capacity * capacity factor * 8760/1000",0,"Zero emissions. Assumes no boosting required.",5.827,"ACIL Tasman (2010)",7.2999999999999995E-2,"ACIL Tasman (2010)",0,"ACIL Tasman (2010)",75,"ISF estimate. ",30,"ACIL Tasman (2010)"]
[{"$f":"'Input data & costs'!B26","v":"5E"},{"$f":"'Input data & costs'!C26","v":"Renewables"},{"$f":"'Input data & costs'!D26","v":"Concentrating solar PV"},{"$f":"'Input data & costs'!F26","v":"Mirrors concentrate and reflect sunlight onto high efficiency solar photovoltaic cells to produce electricity."},{"$f":"'Control Panel'!$D$6","v":"National"},{"$f":"'Inbuilt input data'!AI25","v":0},{"$f":"Sources!P27","v":"TBC"},{"$f":"IF(OR(ISERROR('Input data & costs'!$N26),'Input data & costs'!$N26=\"TBC\",'Input data & costs'!$N26=\"Insert Data\",'Input data & costs'!$N26=\"n/a\" ),\"N/A\",'Input data & costs'!$N26*100)","v":26},{"$f":"IF(Sources!V27=\"\",\"No data available\",Sources!V27)","v":"Black and Veatch (2006). See discussion page A-12"},{"$f":"IF(OR(ISERROR('Input data & costs'!$Q26),'Input data & costs'!$Q26=\"TBC\",'Input data & costs'!$Q26=\"N/a\",'Input data & costs'!$Q26=\"Insert Data\" ),\"N/A\",'Input data & costs'!$Q26*100)","v":"N/A"},{"$f":"Sources!W27","v":"No data available"},{"$f":"IF(AND(ISNUMBER('Inbuilt input data'!AI25),ISNUMBER('Inbuilt input data'!V25)),'Inbuilt input data'!AI25*'Inbuilt input data'!V25,\"No data available\")","v":"No data available"},"MWp = MW capacity * Firm peak rating",{"$f":"IF(ISERROR('Input data & costs'!AG26),\"No data available\",'Input data & costs'!AG26*1000)","v":0},{"$f":"IF(Sources!AK27=\"\",\"No data available\",\"GWh/yr = MW capacity * capacity factor * 8760/1000\")","v":"GWh/yr = MW capacity * capacity factor * 8760/1000"},{"$f":"IF(ISERROR('Input data & costs'!J26),\"No data available\",'Input data & costs'!J26)","v":0},{"$f":"Sources!R27","v":"Each unit of energy generated produces zero emissions"},{"$f":"IF(ISERROR('Input data & costs'!K26),\"No data available\",'Input data & costs'!K26)","v":2.7},{"$f":"IF(Sources!S27=\"\",\"No data available\",Sources!S27)","v":"MMA (2008). Table 2.1"},{"$f":"IF(ISERROR('Input data & costs'!L26),\"No data available\",'Input data & costs'!L26)","v":"TBC"},{"$f":"IF(Sources!T27=\"\",\"No data available\",Sources!T27)","v":"No data available"},{"$f":"IF(ISERROR('Input data & costs'!M26),\"No data available\",'Input data & costs'!M26)","v":"TBC"},{"$f":"IF(Sources!U27=\"\",\"No data available\",Sources!U27)","v":"No data available"},{"$f":"IF(OR(ISERROR('Input data & costs'!$R26),'Input data & costs'!$R26=\"TBC\",'Input data & costs'!$R26=\"Insert Data\" ),\"N/A\",'Input data & costs'!$R26*100)","v":75},{"$f":"IF(Sources!X27=\"\",\"No data available\",Sources!X27)","v":"ISF estimate. "},{"$f":"IF(ISERROR('Input data & costs'!I26),\"No data available\",'Input data & costs'!I26)","v":30},{"$f":"Sources!Q27","v":"MMA (2008). Table 2.1"},"5E","Renewables","Concentrating solar PV","Mirrors concentrate and reflect sunlight onto high efficiency solar photovoltaic cells to produce electricity.","National",0,"TBC",26,"Black and Veatch (2006). See discussion page A-12","N/A","No data available","No data available","MWp = MW capacity * Firm peak rating",0,"GWh/yr = MW capacity * capacity factor * 8760/1000",0,"Each unit of energy generated produces zero emissions",2.7,"MMA (2008). Table 2.1","TBC","No data available","TBC","No data available",75,"ISF estimate. ",30,"MMA (2008). Table 2.1"]
[{"$f":"'Input data & costs'!B27","v":"5F"},{"$f":"'Input data & costs'!C27","v":"Renewables"},{"$f":"'Input data & costs'!D27","v":"Solar PV (grid connected)"},{"$f":"'Input data & costs'!F27","v":"Energy from the sun is harnessed through grid connected photovoltaic power systems."},{"$f":"'Control Panel'!$D$6","v":"National"},{"$f":"'Inbuilt input data'!AI26","v":2500},{"$f":"Sources!P28","v":"BSW-Solar (2010).Growth of solar pv installations in Germany 2000-2009  (part 7), adjusted for Australia's population. "},{"$f":"IF(OR(ISERROR('Input data & costs'!$N27),'Input data & costs'!$N27=\"TBC\",'Input data & costs'!$N27=\"Insert Data\",'Input data & costs'!$N27=\"n/a\" ),\"N/A\",'Input data & costs'!$N27*100)","v":14.840182648401829},{"$f":"IF(Sources!V29=\"\",\"No data available\",Sources!V29)","v":"ACIL Tasman (2010)"},{"$f":"IF(OR(ISERROR('Input data & costs'!$Q27),'Input data & costs'!$Q27=\"TBC\",'Input data & costs'!$Q27=\"N/a\",'Input data & costs'!$Q27=\"Insert Data\" ),\"N/A\",'Input data & costs'!$Q27*100)","v":35},{"$f":"Sources!W28","v":"Popp (2005). Firm peak reduction in high load events for SA. "},{"$f":"IF(AND(ISNUMBER('Inbuilt input data'!AI26),ISNUMBER('Inbuilt input data'!V26)),'Inbuilt input data'!AI26*'Inbuilt input data'!V26,\"No data available\")","v":875},"MWp = MW capacity * Firm peak rating",{"$f":"IF(ISERROR('Input data & costs'!AG27),\"No data available\",'Input data & costs'!AG27*1000)","v":3250.0000000000005},{"$f":"IF(Sources!AK28=\"\",\"No data available\",\"GWh/yr = MW capacity * capacity factor * 8760/1000\")","v":"GWh/yr = MW capacity * capacity factor * 8760/1000"},{"$f":"IF(ISERROR('Input data & costs'!J27),\"No data available\",'Input data & costs'!J27)","v":0},{"$f":"Sources!R28","v":"Each unit of energy generated produces zero emissions"},{"$f":"IF(ISERROR('Input data & costs'!K27),\"No data available\",'Input data & costs'!K27)","v":4.6500000000000004},{"$f":"IF(Sources!S29=\"\",\"No data available\",Sources!S29)","v":"ACIL Tasman (2010)"},{"$f":"IF(ISERROR('Input data & costs'!L27),\"No data available\",'Input data & costs'!L27)","v":0.06},{"$f":"IF(Sources!T29=\"\",\"No data available\",Sources!T29)","v":"ACIL Tasman (2010)"},{"$f":"IF(ISERROR('Input data & costs'!M27),\"No data available\",'Input data & costs'!M27)","v":0},{"$f":"IF(Sources!U29=\"\",\"No data available\",Sources!U29)","v":"ACIL Tasman (2010)"},{"$f":"IF(OR(ISERROR('Input data & costs'!$R27),'Input data & costs'!$R27=\"TBC\",'Input data & costs'!$R27=\"Insert Data\" ),\"N/A\",'Input data & costs'!$R27*100)","v":5},{"$f":"IF(Sources!X29=\"\",\"No data available\",Sources!X29)","v":"ISF estimate. "},{"$f":"IF(ISERROR('Input data & costs'!I27),\"No data available\",'Input data & costs'!I27)","v":30},{"$f":"Sources!Q28","v":"ACIL Tasman (2010)"},"5F","Renewables","Solar PV (grid connected)","Energy from the sun is harnessed through grid connected photovoltaic power systems.","National",2500,"BSW-Solar (2010).Growth of solar pv installations in Germany 2000-2009  (part 7), adjusted for Australia's population. ",14.840182648401829,"ACIL Tasman (2010)",35,"Popp (2005). Firm peak reduction in high load events for SA. ",875,"MWp = MW capacity * Firm peak rating",3250.0000000000005,"GWh/yr = MW capacity * capacity factor * 8760/1000",0,"Each unit of energy generated produces zero emissions",4.6500000000000004,"ACIL Tasman (2010)",0.06,"ACIL Tasman (2010)",0,"ACIL Tasman (2010)",5,"ISF estimate. ",30,"ACIL Tasman (2010)"]
[{"$f":"'Input data & costs'!B28","v":"5G"},{"$f":"'Input data & costs'!C28","v":"Renewables"},{"$f":"'Input data & costs'!D28","v":"Geothermal - Hot Dry Rock"},{"$f":"'Input data & costs'!F28","v":"Heat stored in low permeability rock below the earth's surface is harnessed by circulating water through drilled or naturally occurring fissures and using the returned superheated steam to generate electricity."},{"$f":"'Control Panel'!$D$6","v":"National"},{"$f":"'Inbuilt input data'!AI27","v":1376},{"$f":"Sources!P29","v":"MMA (2010). Based on projections for generation in the expaned RET. First plant online in 2017."},{"$f":"IF(OR(ISERROR('Input data & costs'!$N28),'Input data & costs'!$N28=\"TBC\",'Input data & costs'!$N28=\"Insert Data\",'Input data & costs'!$N28=\"n/a\" ),\"N/A\",'Input data & costs'!$N28*100)","v":85},{"$f":"IF(Sources!V28=\"\",\"No data available\",Sources!V28)","v":"Office of the Renewable Energy Regulator (2011) online calculator. Based on Zone 3 eligible deemed STCs."},{"$f":"IF(OR(ISERROR('Input data & costs'!$Q28),'Input data & costs'!$Q28=\"TBC\",'Input data & costs'!$Q28=\"N/a\",'Input data & costs'!$Q28=\"Insert Data\" ),\"N/A\",'Input data & costs'!$Q28*100)","v":95},{"$f":"Sources!W29","v":"ISF estimate, pending better data. "},{"$f":"IF(AND(ISNUMBER('Inbuilt input data'!AI27),ISNUMBER('Inbuilt input data'!V27)),'Inbuilt input data'!AI27*'Inbuilt input data'!V27,\"No data available\")","v":1307.2},"MWp = MW capacity * Firm peak rating",{"$f":"IF(ISERROR('Input data & costs'!AG28),\"No data available\",'Input data & costs'!AG28*1000)","v":10245.696},{"$f":"IF(Sources!AK29=\"\",\"No data available\",\"GWh/yr = MW capacity * capacity factor * 8760/1000\")","v":"GWh/yr = MW capacity * capacity factor * 8760/1000"},{"$f":"IF(ISERROR('Input data & costs'!J28),\"No data available\",'Input data & costs'!J28)","v":0},{"$f":"Sources!R29","v":"Each unit of energy generated produces zero emissions"},{"$f":"IF(ISERROR('Input data & costs'!K28),\"No data available\",'Input data & costs'!K28)","v":7.1405000000000003},{"$f":"IF(Sources!S28=\"\",\"No data available\",Sources!S28)","v":"ACIL Tasman (2010)"},{"$f":"IF(ISERROR('Input data & costs'!L28),\"No data available\",'Input data & costs'!L28)","v":0.187},{"$f":"IF(Sources!T28=\"\",\"No data available\",Sources!T28)","v":"Based on 2 inverter replacements, during the life of the panels, and an inverter price of $0.721/watt.  Source: All inverter price index (2010), October 2010 price, converted to AUD using 1AUD=1USD. "},{"$f":"IF(ISERROR('Input data & costs'!M28),\"No data available\",'Input data & costs'!M28)","v":0},{"$f":"IF(Sources!U28=\"\",\"No data available\",Sources!U28)","v":"ACIL Tasman (2010)"},{"$f":"IF(OR(ISERROR('Input data & costs'!$R28),'Input data & costs'!$R28=\"TBC\",'Input data & costs'!$R28=\"Insert Data\" ),\"N/A\",'Input data & costs'!$R28*100)","v":100},{"$f":"IF(Sources!X28=\"\",\"No data available\",Sources!X28)","v":"ISF estimate. "},{"$f":"IF(ISERROR('Input data & costs'!I28),\"No data available\",'Input data & costs'!I28)","v":25},{"$f":"Sources!Q29","v":"ACIL Tasman (2010)"},"5G","Renewables","Geothermal - Hot Dry Rock","Heat stored in low permeability rock below the earth's surface is harnessed by circulating water through drilled or naturally occurring fissures and using the returned superheated steam to generate electricity.","National",1376,"MMA (2010). Based on projections for generation in the expaned RET. First plant online in 2017.",85,"Office of the Renewable Energy Regulator (2011) online calculator. Based on Zone 3 eligible deemed STCs.",95,"ISF estimate, pending better data. ",1307.2,"MWp = MW capacity * Firm peak rating",10245.696,"GWh/yr = MW capacity * capacity factor * 8760/1000",0,"Each unit of energy generated produces zero emissions",7.1405000000000003,"ACIL Tasman (2010)",0.187,"Based on 2 inverter replacements, during the life of the panels, and an inverter price of $0.721/watt.  Source: All inverter price index (2010), October 2010 price, converted to AUD using 1AUD=1USD. ",0,"ACIL Tasman (2010)",100,"ISF estimate. ",25,"ACIL Tasman (2010)"]
[{"$f":"'Input data & costs'!B29","v":"5H"},{"$f":"'Input data & costs'!C29","v":"Renewables"},{"$f":"'Input data & costs'!D29","v":"Ocean (tidal)"},{"$f":"'Input data & costs'!F29","v":"Large turbines are positioned underwater to take advantage of regular tidal flows (wave energy is not included in this analysis)."},{"$f":"'Control Panel'!$D$6","v":"National"},{"$f":"'Inbuilt input data'!AI28","v":500},{"$f":"Sources!P30","v":"ISF Estimate. Assumes tidal power installed in Northern Australia where large tidal ranges occur."},{"$f":"IF(OR(ISERROR('Input data & costs'!$N29),'Input data & costs'!$N29=\"TBC\",'Input data & costs'!$N29=\"Insert Data\",'Input data & costs'!$N29=\"n/a\" ),\"N/A\",'Input data & costs'!$N29*100)","v":30},{"$f":"IF(Sources!V30=\"\",\"No data available\",Sources!V30)","v":"OECD (2010) Table 3.5 P57. Based on ESAA info regarding potential 304MW plant in WA. "},{"$f":"IF(OR(ISERROR('Input data & costs'!$Q29),'Input data & costs'!$Q29=\"TBC\",'Input data & costs'!$Q29=\"N/a\",'Input data & costs'!$Q29=\"Insert Data\" ),\"N/A\",'Input data & costs'!$Q29*100)","v":30},{"$f":"Sources!W30","v":"ISF estimate, pending better data."},{"$f":"IF(AND(ISNUMBER('Inbuilt input data'!AI28),ISNUMBER('Inbuilt input data'!V28)),'Inbuilt input data'!AI28*'Inbuilt input data'!V28,\"No data available\")","v":150},"MWp = MW capacity * Firm peak rating",{"$f":"IF(ISERROR('Input data & costs'!AG29),\"No data available\",'Input data & costs'!AG29*1000)","v":1314},{"$f":"IF(Sources!AK30=\"\",\"No data available\",\"GWh/yr = MW capacity * capacity factor * 8760/1000\")","v":"GWh/yr = MW capacity * capacity factor * 8760/1000"},{"$f":"IF(ISERROR('Input data & costs'!J29),\"No data available\",'Input data & costs'!J29)","v":0},{"$f":"Sources!R30","v":"Each unit of energy saved produces zero emissions"},{"$f":"IF(ISERROR('Input data & costs'!K29),\"No data available\",'Input data & costs'!K29)","v":3.11},{"$f":"IF(Sources!S30=\"\",\"No data available\",Sources!S30)","v":"OECD (2010)/. Table 3.7d P62 Based on ESAA information regarding potential 304MW plant in WA. Adjusted by exchange rate outlined in Table 2.1, p38. (AUD1.19=1USD)"},{"$f":"IF(ISERROR('Input data & costs'!L29),\"No data available\",'Input data & costs'!L29)","v":0.57999999999999996},{"$f":"IF(Sources!T30=\"\",\"No data available\",Sources!T30)","v":"OECD (2010). Table 3.7d P62, converted to AUD using exchange rate 1USD=1.19AUD in Table 2.1, p38.  Based ESAA information regarding potential 304MW plant in WA. Note: Figure includes both fixed and variable O&M costs bundled together. Figure calculated from $/MWh figure using capacity factor.  "},{"$f":"IF(ISERROR('Input data & costs'!M29),\"No data available\",'Input data & costs'!M29)","v":0},{"$f":"IF(Sources!U30=\"\",\"No data available\",Sources!U30)","v":"Variable costs are included in the fixed O&M costs, because O&M costs not seperated into fixed and variable categories"},{"$f":"IF(OR(ISERROR('Input data & costs'!$R29),'Input data & costs'!$R29=\"TBC\",'Input data & costs'!$R29=\"Insert Data\" ),\"N/A\",'Input data & costs'!$R29*100)","v":75},{"$f":"IF(Sources!X30=\"\",\"No data available\",Sources!X30)","v":"ISF estimate. "},{"$f":"IF(ISERROR('Input data & costs'!I29),\"No data available\",'Input data & costs'!I29)","v":20},{"$f":"Sources!Q30","v":"OECD (2010). P43"},"5H","Renewables","Ocean (tidal)","Large turbines are positioned underwater to take advantage of regular tidal flows (wave energy is not included in this analysis).","National",500,"ISF Estimate. Assumes tidal power installed in Northern Australia where large tidal ranges occur.",30,"OECD (2010) Table 3.5 P57. Based on ESAA info regarding potential 304MW plant in WA. ",30,"ISF estimate, pending better data.",150,"MWp = MW capacity * Firm peak rating",1314,"GWh/yr = MW capacity * capacity factor * 8760/1000",0,"Each unit of energy saved produces zero emissions",3.11,"OECD (2010)/. Table 3.7d P62 Based on ESAA information regarding potential 304MW plant in WA. Adjusted by exchange rate outlined in Table 2.1, p38. (AUD1.19=1USD)",0.57999999999999996,"OECD (2010). Table 3.7d P62, converted to AUD using exchange rate 1USD=1.19AUD in Table 2.1, p38.  Based ESAA information regarding potential 304MW plant in WA. Note: Figure includes both fixed and variable O&M costs bundled together. Figure calculated from $/MWh figure using capacity factor.  ",0,"Variable costs are included in the fixed O&M costs, because O&M costs not seperated into fixed and variable categories",75,"ISF estimate. ",20,"OECD (2010). P43"]
[{"$f":"'Input data & costs'!B30","v":"6A"},{"$f":"'Input data & costs'!C30","v":"Energy Storage"},{"$f":"'Input data & costs'!D30","v":"Large scale batteries"},{"$f":"'Input data & costs'!F30","v":"Sodium Sulphur Battery - High Temp battery (molten sulphur and molten sodium).  Suitable for applications between 10 and 100MW. Stand alone units used for peak shaving and often used to balance loads of power plants such as wind"},{"$f":"'Control Panel'!$D$6","v":"National"},{"$f":"'Inbuilt input data'!AI29","v":300},{"$f":"Sources!P31","v":"Doughty et al. (2010). Potential in Australia is assumed to be the current installed capacity in Japan, which has a majority of the global installed capacity"},{"$f":"IF(OR(ISERROR('Input data & costs'!$N30),'Input data & costs'!$N30=\"TBC\",'Input data & costs'!$N30=\"Insert Data\",'Input data & costs'!$N30=\"n/a\" ),\"N/A\",'Input data & costs'!$N30*100)","v":2},{"$f":"IF(Sources!V31=\"\",\"No data available\",Sources!V31)","v":"Jalal Kazempour and Moghaddam (2009). Assumed operation of 168 hours per year."},{"$f":"IF(OR(ISERROR('Input data & costs'!$Q30),'Input data & costs'!$Q30=\"TBC\",'Input data & costs'!$Q30=\"N/a\",'Input data & costs'!$Q30=\"Insert Data\" ),\"N/A\",'Input data & costs'!$Q30*100)","v":95},{"$f":"Sources!W31","v":"ISF estimate, pending better data. "},{"$f":"IF(AND(ISNUMBER('Inbuilt input data'!AI29),ISNUMBER('Inbuilt input data'!V29)),'Inbuilt input data'!AI29*'Inbuilt input data'!V29,\"No data available\")","v":285},"MWp = MW capacity * Firm peak rating",{"$f":"IF(ISERROR('Input data & costs'!AG30),\"No data available\",'Input data & costs'!AG30*1000)","v":52.56},{"$f":"IF(Sources!AK31=\"\",\"No data available\",\"GWh/yr = MW capacity * capacity factor * 8760/1000\")","v":"GWh/yr = MW capacity * capacity factor * 8760/1000"},{"$f":"IF(ISERROR('Input data & costs'!J30),\"No data available\",'Input data & costs'!J30)","v":0},{"$f":"Sources!R31","v":"As batteries are not used for energy production, for simplicity we have assumed net emissions are zero. "},{"$f":"IF(ISERROR('Input data & costs'!K30),\"No data available\",'Input data & costs'!K30)","v":2.68},{"$f":"IF(Sources!S31=\"\",\"No data available\",Sources!S31)","v":"Jalal Kazempour and Moghaddam (2009). Table 2."},{"$f":"IF(ISERROR('Input data & costs'!L30),\"No data available\",'Input data & costs'!L30)","v":0.08},{"$f":"IF(Sources!T31=\"\",\"No data available\",Sources!T31)","v":"Business Insights: The future of electrical storage"},{"$f":"IF(ISERROR('Input data & costs'!M30),\"No data available\",'Input data & costs'!M30)","v":117.07},{"$f":"IF(Sources!U31=\"\",\"No data available\",Sources!U31)","v":"Jalal Kazempour and Moghaddam (2009). Table 2 (k1÷2MW + k2). Assumes all labour costs are variable and plant runs at full capacity when in operation.  Based on 2MW NaS battery, converted to AUD (1USD=1.19AUD)"},{"$f":"IF(OR(ISERROR('Input data & costs'!$R30),'Input data & costs'!$R30=\"TBC\",'Input data & costs'!$R30=\"Insert Data\" ),\"N/A\",'Input data & costs'!$R30*100)","v":25},{"$f":"IF(Sources!X31=\"\",\"No data available\",Sources!X31)","v":"ISF estimate. "},{"$f":"IF(ISERROR('Input data & costs'!I30),\"No data available\",'Input data & costs'!I30)","v":16},{"$f":"Sources!Q31","v":"Jalal Kazempour and Moghaddam (2009) Table 2."},"6A","Energy Storage","Large scale batteries","Sodium Sulphur Battery - High Temp battery (molten sulphur and molten sodium).  Suitable for applications between 10 and 100MW. Stand alone units used for peak shaving and often used to balance loads of power plants such as wind","National",300,"Doughty et al. (2010). Potential in Australia is assumed to be the current installed capacity in Japan, which has a majority of the global installed capacity",2,"Jalal Kazempour and Moghaddam (2009). Assumed operation of 168 hours per year.",95,"ISF estimate, pending better data. ",285,"MWp = MW capacity * Firm peak rating",52.56,"GWh/yr = MW capacity * capacity factor * 8760/1000",0,"As batteries are not used for energy production, for simplicity we have assumed net emissions are zero. ",2.68,"Jalal Kazempour and Moghaddam (2009). Table 2.",0.08,"Business Insights: The future of electrical storage",117.07,"Jalal Kazempour and Moghaddam (2009). Table 2 (k1÷2MW + k2). Assumes all labour costs are variable and plant runs at full capacity when in operation.  Based on 2MW NaS battery, converted to AUD (1USD=1.19AUD)",25,"ISF estimate. ",16,"Jalal Kazempour and Moghaddam (2009) Table 2."]
[{"$f":"'Input data & costs'!B31","v":"6B"},{"$f":"'Input data & costs'!C31","v":"Energy Storage"},{"$f":"'Input data & costs'!D31","v":"Small scale batteries"},{"$f":"'Input data & costs'!F31","v":"Flow Batteries (Vanadium Redox, Zinc Bromine). Similar in operation to hydrogen fuel cell.  Suitable for applications between 100kW and 10MW normally in association with peaky power plants such as wind or solar"},{"$f":"'Control Panel'!$D$6","v":"National"},{"$f":"'Inbuilt input data'!AI30","v":100},{"$f":"Sources!P32","v":"ISF estimate"},{"$f":"IF(OR(ISERROR('Input data & costs'!$N31),'Input data & costs'!$N31=\"TBC\",'Input data & costs'!$N31=\"Insert Data\",'Input data & costs'!$N31=\"n/a\" ),\"N/A\",'Input data & costs'!$N31*100)","v":5},{"$f":"IF(Sources!V32=\"\",\"No data available\",Sources!V32)","v":"ISF estimate. Assumes peak operation for 5 hours x 90 days / year. "},{"$f":"IF(OR(ISERROR('Input data & costs'!$Q31),'Input data & costs'!$Q31=\"TBC\",'Input data & costs'!$Q31=\"N/a\",'Input data & costs'!$Q31=\"Insert Data\" ),\"N/A\",'Input data & costs'!$Q31*100)","v":95},{"$f":"Sources!W32","v":"ISF estimate, pending better data. "},{"$f":"IF(AND(ISNUMBER('Inbuilt input data'!AI30),ISNUMBER('Inbuilt input data'!V30)),'Inbuilt input data'!AI30*'Inbuilt input data'!V30,\"No data available\")","v":95},"MWp = MW capacity * Firm peak rating",{"$f":"IF(ISERROR('Input data & costs'!AG31),\"No data available\",'Input data & costs'!AG31*1000)","v":43.8},{"$f":"IF(Sources!AK32=\"\",\"No data available\",\"GWh/yr = MW capacity * capacity factor * 8760/1000\")","v":"GWh/yr = MW capacity * capacity factor * 8760/1000"},{"$f":"IF(ISERROR('Input data & costs'!J31),\"No data available\",'Input data & costs'!J31)","v":0},{"$f":"Sources!R32","v":"As batteries are not used for energy production, for simplicity we have assumed net emissions are zero. "},{"$f":"IF(ISERROR('Input data & costs'!K31),\"No data available\",'Input data & costs'!K31)","v":2.3199999999999998},{"$f":"IF(Sources!S32=\"\",\"No data available\",Sources!S32)","v":"Rastler, D. (2008). Average flow battery capital cost "},{"$f":"IF(ISERROR('Input data & costs'!L31),\"No data available\",'Input data & costs'!L31)","v":4.1000000000000002E-2},{"$f":"IF(Sources!T32=\"\",\"No data available\",Sources!T32)","v":"Business Insights: The future of electrical storage. The average fixed O&M cost of Vanadium Redox and Zinc Bromine batteries."},{"$f":"IF(ISERROR('Input data & costs'!M31),\"No data available\",'Input data & costs'!M31)","v":0},{"$f":"IF(Sources!U32=\"\",\"No data available\",Sources!U32)","v":"Business Insights: The future of electrical storage. Fixed costs and variable cost unable to be seperated. "},{"$f":"IF(OR(ISERROR('Input data & costs'!$R31),'Input data & costs'!$R31=\"TBC\",'Input data & costs'!$R31=\"Insert Data\" ),\"N/A\",'Input data & costs'!$R31*100)","v":20},{"$f":"IF(Sources!X32=\"\",\"No data available\",Sources!X32)","v":"ISF estimate. "},{"$f":"IF(ISERROR('Input data & costs'!I31),\"No data available\",'Input data & costs'!I31)","v":15},{"$f":"Sources!Q32","v":"Rastler, D. (2008)"},"6B","Energy Storage","Small scale batteries","Flow Batteries (Vanadium Redox, Zinc Bromine). Similar in operation to hydrogen fuel cell.  Suitable for applications between 100kW and 10MW normally in association with peaky power plants such as wind or solar","National",100,"ISF estimate",5,"ISF estimate. Assumes peak operation for 5 hours x 90 days / year. ",95,"ISF estimate, pending better data. ",95,"MWp = MW capacity * Firm peak rating",43.8,"GWh/yr = MW capacity * capacity factor * 8760/1000",0,"As batteries are not used for energy production, for simplicity we have assumed net emissions are zero. ",2.3199999999999998,"Rastler, D. (2008). Average flow battery capital cost ",4.1000000000000002E-2,"Business Insights: The future of electrical storage. The average fixed O&M cost of Vanadium Redox and Zinc Bromine batteries.",0,"Business Insights: The future of electrical storage. Fixed costs and variable cost unable to be seperated. ",20,"ISF estimate. ",15,"Rastler, D. (2008)"]
[{"$f":"'Input data & costs'!B32","v":"7A"},{"$f":"'Input data & costs'!C32","v":"Centralised Fossil"},{"$f":"'Input data & costs'!D32","v":"Combined Cycle Gas Turbine"},{"$f":"'Input data & costs'!F32","v":" Internal combustion jet turbine, powered by natural gas, with waste heat converted to additional electrical energy by steam turbines"},{"$f":"'Control Panel'!$D$6","v":"National"},{"$f":"'Inbuilt input data'!AI31","v":10400},{"$f":"Sources!P33","v":"ISF estimate"},{"$f":"IF(OR(ISERROR('Input data & costs'!$N32),'Input data & costs'!$N32=\"TBC\",'Input data & costs'!$N32=\"Insert Data\",'Input data & costs'!$N32=\"n/a\" ),\"N/A\",'Input data & costs'!$N32*100)","v":65},{"$f":"IF(Sources!V33=\"\",\"No data available\",Sources!V33)","v":"Acil Tasman (2008b). Based on average capacity factors of CCGT  installed in NEM. "},{"$f":"IF(OR(ISERROR('Input data & costs'!$Q32),'Input data & costs'!$Q32=\"TBC\",'Input data & costs'!$Q32=\"N/a\",'Input data & costs'!$Q32=\"Insert Data\" ),\"N/A\",'Input data & costs'!$Q32*100)","v":95},{"$f":"Sources!W33","v":"ISF estimate. Assumes reliable peak operation"},{"$f":"IF(AND(ISNUMBER('Inbuilt input data'!AI31),ISNUMBER('Inbuilt input data'!V31)),'Inbuilt input data'!AI31*'Inbuilt input data'!V31,\"No data available\")","v":9880},"MWp = MW capacity * Firm peak rating",{"$f":"IF(ISERROR('Input data & costs'!AG32),\"No data available\",'Input data & costs'!AG32*1000)","v":59217.599999999999},{"$f":"IF(Sources!AK33=\"\",\"No data available\",\"GWh/yr = MW capacity * capacity factor * 8760/1000\")","v":"GWh/yr = MW capacity * capacity factor * 8760/1000"},{"$f":"IF(ISERROR('Input data & costs'!J32),\"No data available\",'Input data & costs'!J32)","v":0.37152000000000002},{"$f":"Sources!R33","v":" Natural gas emissions of 51.6kg CO2e/GJ  from DCCEE (2010). Assumes plant efficiency of 50%, ACIL Tasman (2009 , Table 32).  Calculation: 51.6*3.6/0.5/1000 "},{"$f":"IF(ISERROR('Input data & costs'!K32),\"No data available\",'Input data & costs'!K32)","v":1.2749999999999999},{"$f":"IF(Sources!S33=\"\",\"No data available\",Sources!S33)","v":"ACIL Tasman (2009). Table 35, 2010-11 costs"},{"$f":"IF(ISERROR('Input data & costs'!L32),\"No data available\",'Input data & costs'!L32)","v":3.1E-2},{"$f":"IF(Sources!T33=\"\",\"No data available\",Sources!T33)","v":"Acil Tasman (2009). Table 32"},{"$f":"IF(ISERROR('Input data & costs'!M32),\"No data available\",'Input data & costs'!M32)","v":44.25},{"$f":"IF(Sources!U33=\"\",\"No data available\",Sources!U33)","v":" Acil Tasman (2009). Table 32. Gas price  (user selects in \"Control Panel\") * Conversion factor (3.6) / Thermal efficiency sent out (50%) + VOM non fuel cost "},{"$f":"IF(OR(ISERROR('Input data & costs'!$R32),'Input data & costs'!$R32=\"TBC\",'Input data & costs'!$R32=\"Insert Data\" ),\"N/A\",'Input data & costs'!$R32*100)","v":100},{"$f":"IF(Sources!X33=\"\",\"No data available\",Sources!X33)","v":"ISF estimate. "},{"$f":"IF(ISERROR('Input data & costs'!I32),\"No data available\",'Input data & costs'!I32)","v":30},{"$f":"Sources!Q33","v":"ACIL Tasman (2009). Table 33"},"7A","Centralised Fossil","Combined Cycle Gas Turbine"," Internal combustion jet turbine, powered by natural gas, with waste heat converted to additional electrical energy by steam turbines","National",10400,"ISF estimate",65,"Acil Tasman (2008b). Based on average capacity factors of CCGT  installed in NEM. ",95,"ISF estimate. Assumes reliable peak operation",9880,"MWp = MW capacity * Firm peak rating",59217.599999999999,"GWh/yr = MW capacity * capacity factor * 8760/1000",0.37152000000000002," Natural gas emissions of 51.6kg CO2e/GJ  from DCCEE (2010). Assumes plant efficiency of 50%, ACIL Tasman (2009 , Table 32).  Calculation: 51.6*3.6/0.5/1000 ",1.2749999999999999,"ACIL Tasman (2009). Table 35, 2010-11 costs",3.1E-2,"Acil Tasman (2009). Table 32",44.25," Acil Tasman (2009). Table 32. Gas price  (user selects in \"Control Panel\") * Conversion factor (3.6) / Thermal efficiency sent out (50%) + VOM non fuel cost ",100,"ISF estimate. ",30,"ACIL Tasman (2009). Table 33"]
[{"$f":"'Input data & costs'!B33","v":"7B"},{"$f":"'Input data & costs'!C33","v":"Centralised Fossil"},{"$f":"'Input data & costs'!D33","v":"Open Cycle Gas Turbine"},{"$f":"'Input data & costs'!F33","v":" Internal combustion jet turbine, powered by natural gas"},{"$f":"'Control Panel'!$D$6","v":"National"},{"$f":"'Inbuilt input data'!AI32","v":10400},{"$f":"Sources!P34","v":"ISF estimate"},{"$f":"IF(OR(ISERROR('Input data & costs'!$N33),'Input data & costs'!$N33=\"TBC\",'Input data & costs'!$N33=\"Insert Data\",'Input data & costs'!$N33=\"n/a\" ),\"N/A\",'Input data & costs'!$N33*100)","v":5},{"$f":"IF(Sources!V34=\"\",\"No data available\",Sources!V34)","v":"Acil Tasman (2008b). Based on average capacity factors of OCGT  installed in NEM. "},{"$f":"IF(OR(ISERROR('Input data & costs'!$Q33),'Input data & costs'!$Q33=\"TBC\",'Input data & costs'!$Q33=\"N/a\",'Input data & costs'!$Q33=\"Insert Data\" ),\"N/A\",'Input data & costs'!$Q33*100)","v":95},{"$f":"Sources!W34","v":"ACIL Tasman (2008b) "},{"$f":"IF(AND(ISNUMBER('Inbuilt input data'!AI32),ISNUMBER('Inbuilt input data'!V32)),'Inbuilt input data'!AI32*'Inbuilt input data'!V32,\"No data available\")","v":9880},"MWp = MW capacity * Firm peak rating",{"$f":"IF(ISERROR('Input data & costs'!AG33),\"No data available\",'Input data & costs'!AG33*1000)","v":4555.2},{"$f":"IF(Sources!AK34=\"\",\"No data available\",\"GWh/yr = MW capacity * capacity factor * 8760/1000\")","v":"GWh/yr = MW capacity * capacity factor * 8760/1000"},{"$f":"IF(ISERROR('Input data & costs'!J33),\"No data available\",'Input data & costs'!J33)","v":0.59922580645161294},{"$f":"Sources!R34","v":" Natural gas emissions of 51.6kg CO2e/GJ  from DCCEE (2010). Assumes plant efficiency of 31% ACIL Tasman (2009 , Table 32).  Calculation: 51.6*3.6/0.31/1000 "},{"$f":"IF(ISERROR('Input data & costs'!K33),\"No data available\",'Input data & costs'!K33)","v":0.91800000000000004},{"$f":"IF(Sources!S34=\"\",\"No data available\",Sources!S34)","v":"ACIL Tasman (2009). Table 35, 2010-11 costs"},{"$f":"IF(ISERROR('Input data & costs'!L33),\"No data available\",'Input data & costs'!L33)","v":1.2999999999999999E-2},{"$f":"IF(Sources!T34=\"\",\"No data available\",Sources!T34)","v":"Acil Tasman (2009). Table 32"},{"$f":"IF(ISERROR('Input data & costs'!M33),\"No data available\",'Input data & costs'!M33)","v":77.377419354838722},{"$f":"IF(Sources!U34=\"\",\"No data available\",Sources!U34)","v":" Acil Tasman (2009). Table 32. Gas price  (user selects in \"Control Panel\") * Conversion factor (3.6) / Thermal efficiency sent out (31%) + VOM non fuel cost "},{"$f":"IF(OR(ISERROR('Input data & costs'!$R33),'Input data & costs'!$R33=\"TBC\",'Input data & costs'!$R33=\"Insert Data\" ),\"N/A\",'Input data & costs'!$R33*100)","v":100},{"$f":"IF(Sources!X34=\"\",\"No data available\",Sources!X34)","v":"ISF estimate. "},{"$f":"IF(ISERROR('Input data & costs'!I33),\"No data available\",'Input data & costs'!I33)","v":30},{"$f":"Sources!Q34","v":"ACIL Tasman (2009). Table 33"},"7B","Centralised Fossil","Open Cycle Gas Turbine"," Internal combustion jet turbine, powered by natural gas","National",10400,"ISF estimate",5,"Acil Tasman (2008b). Based on average capacity factors of OCGT  installed in NEM. ",95,"ACIL Tasman (2008b) ",9880,"MWp = MW capacity * Firm peak rating",4555.2,"GWh/yr = MW capacity * capacity factor * 8760/1000",0.59922580645161294," Natural gas emissions of 51.6kg CO2e/GJ  from DCCEE (2010). Assumes plant efficiency of 31% ACIL Tasman (2009 , Table 32).  Calculation: 51.6*3.6/0.31/1000 ",0.91800000000000004,"ACIL Tasman (2009). Table 35, 2010-11 costs",1.2999999999999999E-2,"Acil Tasman (2009). Table 32",77.377419354838722," Acil Tasman (2009). Table 32. Gas price  (user selects in \"Control Panel\") * Conversion factor (3.6) / Thermal efficiency sent out (31%) + VOM non fuel cost ",100,"ISF estimate. ",30,"ACIL Tasman (2009). Table 33"]
[{"$f":"'Input data & costs'!B34","v":"7C"},{"$f":"'Input data & costs'!C34","v":"Centralised Fossil"},{"$f":"'Input data & costs'!D34","v":"Supercritical black coal (dry cool)"},{"$f":"'Input data & costs'!F34","v":"Turbine produces electricity from steam at supercritical temperatures.  The steam is produced in a boiler by combusting pulverised black coal."},{"$f":"'Control Panel'!$D$6","v":"National"},{"$f":"'Inbuilt input data'!AI33","v":10000},{"$f":"Sources!P35","v":"ISF estimate"},{"$f":"IF(OR(ISERROR('Input data & costs'!$N34),'Input data & costs'!$N34=\"TBC\",'Input data & costs'!$N34=\"Insert Data\",'Input data & costs'!$N34=\"n/a\" ),\"N/A\",'Input data & costs'!$N34*100)","v":65},{"$f":"IF(Sources!V35=\"\",\"No data available\",Sources!V35)","v":"Based on Australian Electricity System Capacity Factor. "},{"$f":"IF(OR(ISERROR('Input data & costs'!$Q34),'Input data & costs'!$Q34=\"TBC\",'Input data & costs'!$Q34=\"N/a\",'Input data & costs'!$Q34=\"Insert Data\" ),\"N/A\",'Input data & costs'!$Q34*100)","v":95},{"$f":"Sources!W35","v":"ISF estimate. Assumes reliable peak operation"},{"$f":"IF(AND(ISNUMBER('Inbuilt input data'!AI33),ISNUMBER('Inbuilt input data'!V33)),'Inbuilt input data'!AI33*'Inbuilt input data'!V33,\"No data available\")","v":9500},"MWp = MW capacity * Firm peak rating",{"$f":"IF(ISERROR('Input data & costs'!AG34),\"No data available\",'Input data & costs'!AG34*1000)","v":56940},{"$f":"IF(Sources!AK35=\"\",\"No data available\",\"GWh/yr = MW capacity * capacity factor * 8760/1000\")","v":"GWh/yr = MW capacity * capacity factor * 8760/1000"},{"$f":"IF(ISERROR('Input data & costs'!J34),\"No data available\",'Input data & costs'!J34)","v":0.72750000000000004},{"$f":"Sources!R35","v":"Black coal emissions of 88.7kg CO2e/GJ  from DCCEE (2010). Assumes plant efficiency of 44% ACIL Tasman (2009 , Table 32).  Calculation: 88.7*3.6/0.44/1000 "},{"$f":"IF(ISERROR('Input data & costs'!K34),\"No data available\",'Input data & costs'!K34)","v":2.2130000000000001},{"$f":"IF(Sources!S35=\"\",\"No data available\",Sources!S35)","v":"ACIL Tasman (2009). Table 35, 2010-11 costs"},{"$f":"IF(ISERROR('Input data & costs'!L34),\"No data available\",'Input data & costs'!L34)","v":4.8000000000000001E-2},{"$f":"IF(Sources!T35=\"\",\"No data available\",Sources!T35)","v":"Acil Tasman (2009). Table 32"},{"$f":"IF(ISERROR('Input data & costs'!M34),\"No data available\",'Input data & costs'!M34)","v":14.34},{"$f":"IF(Sources!U35=\"\",\"No data available\",Sources!U35)","v":" Acil Tasman (2009). Table 32. Average black coal price (Table 48)*Conversion factor (3.6)/ Thermal efficiency sent out (44%) + VOM non fuel cost "},{"$f":"IF(OR(ISERROR('Input data & costs'!$R34),'Input data & costs'!$R34=\"TBC\",'Input data & costs'!$R34=\"Insert Data\" ),\"N/A\",'Input data & costs'!$R34*100)","v":100},{"$f":"IF(Sources!X35=\"\",\"No data available\",Sources!X35)","v":"ISF estimate. "},{"$f":"IF(ISERROR('Input data & costs'!I34),\"No data available\",'Input data & costs'!I34)","v":40},{"$f":"Sources!Q35","v":"ACIL Tasman (2009). Table 33"},"7C","Centralised Fossil","Supercritical black coal (dry cool)","Turbine produces electricity from steam at supercritical temperatures.  The steam is produced in a boiler by combusting pulverised black coal.","National",10000,"ISF estimate",65,"Based on Australian Electricity System Capacity Factor. ",95,"ISF estimate. Assumes reliable peak operation",9500,"MWp = MW capacity * Firm peak rating",56940,"GWh/yr = MW capacity * capacity factor * 8760/1000",0.72750000000000004,"Black coal emissions of 88.7kg CO2e/GJ  from DCCEE (2010). Assumes plant efficiency of 44% ACIL Tasman (2009 , Table 32).  Calculation: 88.7*3.6/0.44/1000 ",2.2130000000000001,"ACIL Tasman (2009). Table 35, 2010-11 costs",4.8000000000000001E-2,"Acil Tasman (2009). Table 32",14.34," Acil Tasman (2009). Table 32. Average black coal price (Table 48)*Conversion factor (3.6)/ Thermal efficiency sent out (44%) + VOM non fuel cost ",100,"ISF estimate. ",40,"ACIL Tasman (2009). Table 33"]
[{"$f":"'Input data & costs'!B35","v":"7D"},{"$f":"'Input data & costs'!C35","v":"Centralised Fossil"},{"$f":"'Input data & costs'!D35","v":"Supercritical brown coal (dry cool)"},{"$f":"'Input data & costs'!F35","v":"Turbine produces electricity from steam at supercritical temperatures.  The steam is produced in a boiler by combusting pulverised brown coal."},{"$f":"'Control Panel'!$D$6","v":"National"},{"$f":"'Inbuilt input data'!AI34","v":4500},{"$f":"Sources!P36","v":"ISF estimate"},{"$f":"IF(OR(ISERROR('Input data & costs'!$N35),'Input data & costs'!$N35=\"TBC\",'Input data & costs'!$N35=\"Insert Data\",'Input data & costs'!$N35=\"n/a\" ),\"N/A\",'Input data & costs'!$N35*100)","v":65},{"$f":"IF(Sources!V36=\"\",\"No data available\",Sources!V36)","v":"Based on Australian Electricity System Capacity Factor. "},{"$f":"IF(OR(ISERROR('Input data & costs'!$Q35),'Input data & costs'!$Q35=\"TBC\",'Input data & costs'!$Q35=\"N/a\",'Input data & costs'!$Q35=\"Insert Data\" ),\"N/A\",'Input data & costs'!$Q35*100)","v":95},{"$f":"Sources!W36","v":"ISF estimate. Assumes reliable peak operation"},{"$f":"IF(AND(ISNUMBER('Inbuilt input data'!AI34),ISNUMBER('Inbuilt input data'!V34)),'Inbuilt input data'!AI34*'Inbuilt input data'!V34,\"No data available\")","v":4275},"MWp = MW capacity * Firm peak rating",{"$f":"IF(ISERROR('Input data & costs'!AG35),\"No data available\",'Input data & costs'!AG35*1000)","v":25623},{"$f":"IF(Sources!AK36=\"\",\"No data available\",\"GWh/yr = MW capacity * capacity factor * 8760/1000\")","v":"GWh/yr = MW capacity * capacity factor * 8760/1000"},{"$f":"IF(ISERROR('Input data & costs'!J35),\"No data available\",'Input data & costs'!J35)","v":0.78},{"$f":"Sources!R36","v":"Brown coal emissions of 93.2kg CO2e/GJ  from DCCEE (2010). Assumes plant efficiency of 43% (RWE power 2011).  Calculation: 93.2*3.6/0.43/1000 "},{"$f":"IF(ISERROR('Input data & costs'!K35),\"No data available\",'Input data & costs'!K35)","v":3.48},{"$f":"IF(Sources!S36=\"\",\"No data available\",Sources!S36)","v":"Based on upfront costs of 1100MW 43% thermal efficient air-cooled brown coal plant in Germany (RWE power 2011). Converted to AUD."},{"$f":"IF(ISERROR('Input data & costs'!L35),\"No data available\",'Input data & costs'!L35)","v":5.5E-2},{"$f":"IF(Sources!T36=\"\",\"No data available\",Sources!T36)","v":"Acil Tasman (2009). Table 32"},{"$f":"IF(ISERROR('Input data & costs'!M35),\"No data available\",'Input data & costs'!M35)","v":6.1},{"$f":"IF(Sources!U36=\"\",\"No data available\",Sources!U36)","v":" Acil Tasman (2009). Table 32. Average brown coal price ($0.58/GJ,Table 48)*Conversion factor (3.6)/ Thermal efficiency sent out (43%) + VOM non fuel cost  ($1.25/MWh). Calculation = 0.58"},{"$f":"IF(OR(ISERROR('Input data & costs'!$R35),'Input data & costs'!$R35=\"TBC\",'Input data & costs'!$R35=\"Insert Data\" ),\"N/A\",'Input data & costs'!$R35*100)","v":100},{"$f":"IF(Sources!X36=\"\",\"No data available\",Sources!X36)","v":"ISF estimate. "},{"$f":"IF(ISERROR('Input data & costs'!I35),\"No data available\",'Input data & costs'!I35)","v":40},{"$f":"Sources!Q36","v":"ACIL Tasman (2009). Table 33"},"7D","Centralised Fossil","Supercritical brown coal (dry cool)","Turbine produces electricity from steam at supercritical temperatures.  The steam is produced in a boiler by combusting pulverised brown coal.","National",4500,"ISF estimate",65,"Based on Australian Electricity System Capacity Factor. ",95,"ISF estimate. Assumes reliable peak operation",4275,"MWp = MW capacity * Firm peak rating",25623,"GWh/yr = MW capacity * capacity factor * 8760/1000",0.78,"Brown coal emissions of 93.2kg CO2e/GJ  from DCCEE (2010). Assumes plant efficiency of 43% (RWE power 2011).  Calculation: 93.2*3.6/0.43/1000 ",3.48,"Based on upfront costs of 1100MW 43% thermal efficient air-cooled brown coal plant in Germany (RWE power 2011). Converted to AUD.",5.5E-2,"Acil Tasman (2009). Table 32",6.1," Acil Tasman (2009). Table 32. Average brown coal price ($0.58/GJ,Table 48)*Conversion factor (3.6)/ Thermal efficiency sent out (43%) + VOM non fuel cost  ($1.25/MWh). Calculation = 0.58",100,"ISF estimate. ",40,"ACIL Tasman (2009). Table 33"]
[{"$f":"'Input data & costs'!B36","v":"7E"},{"$f":"'Input data & costs'!C36","v":"Centralised Fossil"},{"$f":"'Input data & costs'!D36","v":"Improved power station efficiency - black coal"},{"$f":"'Input data & costs'!F36","v":"Various measures to improve power station efficiency of existing black coal fired power stations."},{"$f":"'Control Panel'!$D$6","v":"National"},{"$f":"'Inbuilt input data'!AI35","v":288},{"$f":"Sources!P37","v":"Sinclair Knight and Mertz (2000). Calculated from 2% CO2 reduction figure, applied to existing black coal capacity. "},{"$f":"IF(OR(ISERROR('Input data & costs'!$N36),'Input data & costs'!$N36=\"TBC\",'Input data & costs'!$N36=\"Insert Data\",'Input data & costs'!$N36=\"n/a\" ),\"N/A\",'Input data & costs'!$N36*100)","v":65},{"$f":"IF(Sources!V37=\"\",\"No data available\",Sources!V37)","v":"Based on Australian Electricity System Capacity Factor. "},{"$f":"IF(OR(ISERROR('Input data & costs'!$Q36),'Input data & costs'!$Q36=\"TBC\",'Input data & costs'!$Q36=\"N/a\",'Input data & costs'!$Q36=\"Insert Data\" ),\"N/A\",'Input data & costs'!$Q36*100)","v":95},{"$f":"Sources!W37","v":"ISF estimate. Assumes reliable peak operation"},{"$f":"IF(AND(ISNUMBER('Inbuilt input data'!AI35),ISNUMBER('Inbuilt input data'!V35)),'Inbuilt input data'!AI35*'Inbuilt input data'!V35,\"No data available\")","v":273.59999999999997},"MWp = MW capacity * Firm peak rating",{"$f":"IF(ISERROR('Input data & costs'!AG36),\"No data available\",'Input data & costs'!AG36*1000)","v":1639.8720000000003},{"$f":"IF(Sources!AK37=\"\",\"No data available\",\"GWh/yr = MW capacity * capacity factor * 8760/1000\")","v":"GWh/yr = MW capacity * capacity factor * 8760/1000"},{"$f":"IF(ISERROR('Input data & costs'!J36),\"No data available\",'Input data & costs'!J36)","v":0},{"$f":"Sources!R37","v":"Each additional unit of energy generated produces zero emissions"},{"$f":"IF(ISERROR('Input data & costs'!K36),\"No data available\",'Input data & costs'!K36)","v":0.76},{"$f":"IF(Sources!S37=\"\",\"No data available\",Sources!S37)","v":"Sinclair Knight and Mertz (2000). See notes Table 4.1"},{"$f":"IF(ISERROR('Input data & costs'!L36),\"No data available\",'Input data & costs'!L36)","v":0},{"$f":"IF(Sources!T37=\"\",\"No data available\",Sources!T37)","v":"Sinclair Knight and Mertz (2000). No FOM costs"},{"$f":"IF(ISERROR('Input data & costs'!M36),\"No data available\",'Input data & costs'!M36)","v":0},{"$f":"IF(Sources!U37=\"\",\"No data available\",Sources!U37)","v":"Sinclair Knight and Mertz (2000). No VOM costs"},{"$f":"IF(OR(ISERROR('Input data & costs'!$R36),'Input data & costs'!$R36=\"TBC\",'Input data & costs'!$R36=\"Insert Data\" ),\"N/A\",'Input data & costs'!$R36*100)","v":100},{"$f":"IF(Sources!X37=\"\",\"No data available\",Sources!X37)","v":"ISF estimate. "},{"$f":"IF(ISERROR('Input data & costs'!I36),\"No data available\",'Input data & costs'!I36)","v":25},{"$f":"Sources!Q37","v":"Sinclair Knight and Mertz (2000). See notes Table 4.1"},"7E","Centralised Fossil","Improved power station efficiency - black coal","Various measures to improve power station efficiency of existing black coal fired power stations.","National",288,"Sinclair Knight and Mertz (2000). Calculated from 2% CO2 reduction figure, applied to existing black coal capacity. ",65,"Based on Australian Electricity System Capacity Factor. ",95,"ISF estimate. Assumes reliable peak operation",273.59999999999997,"MWp = MW capacity * Firm peak rating",1639.8720000000003,"GWh/yr = MW capacity * capacity factor * 8760/1000",0,"Each additional unit of energy generated produces zero emissions",0.76,"Sinclair Knight and Mertz (2000). See notes Table 4.1",0,"Sinclair Knight and Mertz (2000). No FOM costs",0,"Sinclair Knight and Mertz (2000). No VOM costs",100,"ISF estimate. ",25,"Sinclair Knight and Mertz (2000). See notes Table 4.1"]
[{"$f":"'Input data & costs'!B37","v":"7F"},{"$f":"'Input data & costs'!C37","v":"Centralised Fossil"},{"$f":"'Input data & costs'!D37","v":"Improved power station efficiency - brown coal"},{"$f":"'Input data & costs'!F37","v":"Various measures to improve power station efficiency of existing brown coal fired power stations."},{"$f":"'Control Panel'!$D$6","v":"National"},{"$f":"'Inbuilt input data'!AI36","v":229},{"$f":"Sources!P38","v":"Sinclair Knight and Mertz (2000). Calculated from 3.3% CO2 reduction figure, applied to existing brown coal capacity. "},{"$f":"IF(OR(ISERROR('Input data & costs'!$N37),'Input data & costs'!$N37=\"TBC\",'Input data & costs'!$N37=\"Insert Data\",'Input data & costs'!$N37=\"n/a\" ),\"N/A\",'Input data & costs'!$N37*100)","v":65},{"$f":"IF(Sources!V38=\"\",\"No data available\",Sources!V38)","v":"Based on Australian Electricity System Capacity Factor. "},{"$f":"IF(OR(ISERROR('Input data & costs'!$Q37),'Input data & costs'!$Q37=\"TBC\",'Input data & costs'!$Q37=\"N/a\",'Input data & costs'!$Q37=\"Insert Data\" ),\"N/A\",'Input data & costs'!$Q37*100)","v":95},{"$f":"Sources!W38","v":"ISF estimate. Assumes reliable peak operation"},{"$f":"IF(AND(ISNUMBER('Inbuilt input data'!AI36),ISNUMBER('Inbuilt input data'!V36)),'Inbuilt input data'!AI36*'Inbuilt input data'!V36,\"No data available\")","v":217.54999999999998},"MWp = MW capacity * Firm peak rating",{"$f":"IF(ISERROR('Input data & costs'!AG37),\"No data available\",'Input data & costs'!AG37*1000)","v":1303.9259999999999},{"$f":"IF(Sources!AK38=\"\",\"No data available\",\"GWh/yr = MW capacity * capacity factor * 8760/1000\")","v":"GWh/yr = MW capacity * capacity factor * 8760/1000"},{"$f":"IF(ISERROR('Input data & costs'!J37),\"No data available\",'Input data & costs'!J37)","v":0},{"$f":"Sources!R38","v":"Each additional unit of energy generated produces zero emissions"},{"$f":"IF(ISERROR('Input data & costs'!K37),\"No data available\",'Input data & costs'!K37)","v":1.1100000000000001},{"$f":"IF(Sources!S38=\"\",\"No data available\",Sources!S38)","v":"Sinclair Knight and Mertz (2000). See notes Table 4.1"},{"$f":"IF(ISERROR('Input data & costs'!L37),\"No data available\",'Input data & costs'!L37)","v":0},{"$f":"IF(Sources!T38=\"\",\"No data available\",Sources!T38)","v":"Sinclair Knight and Mertz (2000). No FOM costs"},{"$f":"IF(ISERROR('Input data & costs'!M37),\"No data available\",'Input data & costs'!M37)","v":0},{"$f":"IF(Sources!U38=\"\",\"No data available\",Sources!U38)","v":"Sinclair Knight and Mertz (2000). No VOM costs"},{"$f":"IF(OR(ISERROR('Input data & costs'!$R37),'Input data & costs'!$R37=\"TBC\",'Input data & costs'!$R37=\"Insert Data\" ),\"N/A\",'Input data & costs'!$R37*100)","v":100},{"$f":"IF(Sources!X38=\"\",\"No data available\",Sources!X38)","v":"ISF estimate. "},{"$f":"IF(ISERROR('Input data & costs'!I37),\"No data available\",'Input data & costs'!I37)","v":25},{"$f":"Sources!Q38","v":"Sinclair Knight and Mertz (2000). See notes Table 4.1"},"7F","Centralised Fossil","Improved power station efficiency - brown coal","Various measures to improve power station efficiency of existing brown coal fired power stations.","National",229,"Sinclair Knight and Mertz (2000). Calculated from 3.3% CO2 reduction figure, applied to existing brown coal capacity. ",65,"Based on Australian Electricity System Capacity Factor. ",95,"ISF estimate. Assumes reliable peak operation",217.54999999999998,"MWp = MW capacity * Firm peak rating",1303.9259999999999,"GWh/yr = MW capacity * capacity factor * 8760/1000",0,"Each additional unit of energy generated produces zero emissions",1.1100000000000001,"Sinclair Knight and Mertz (2000). See notes Table 4.1",0,"Sinclair Knight and Mertz (2000). No FOM costs",0,"Sinclair Knight and Mertz (2000). No VOM costs",100,"ISF estimate. ",25,"Sinclair Knight and Mertz (2000). See notes Table 4.1"]
[{"$f":"'Input data & costs'!B38","v":"7G"},{"$f":"'Input data & costs'!C38","v":"Centralised Fossil"},{"$f":"'Input data & costs'!D38","v":"IGCC with CCS"},{"$f":"'Input data & costs'!F38","v":"Internal gasifcation combined cycle technology with carbon capture and storage.  Black coal is gasified and combusted to generate electricity, and emissions are pressurised and pumped into underground geologic features."},{"$f":"'Control Panel'!$D$6","v":"National"},{"$f":"'Inbuilt input data'!AI37","v":1030},{"$f":"Sources!P39","v":"ISF Estimate, assume technology is first available in 2015 "},{"$f":"IF(OR(ISERROR('Input data & costs'!$N38),'Input data & costs'!$N38=\"TBC\",'Input data & costs'!$N38=\"Insert Data\",'Input data & costs'!$N38=\"n/a\" ),\"N/A\",'Input data & costs'!$N38*100)","v":65},{"$f":"IF(Sources!V39=\"\",\"No data available\",Sources!V39)","v":"Based on Australian Electricity System Capacity Factor. "},{"$f":"IF(OR(ISERROR('Input data & costs'!$Q38),'Input data & costs'!$Q38=\"TBC\",'Input data & costs'!$Q38=\"N/a\",'Input data & costs'!$Q38=\"Insert Data\" ),\"N/A\",'Input data & costs'!$Q38*100)","v":95},{"$f":"Sources!W39","v":"ISF estimate. Assumes reliable peak operation"},{"$f":"IF(AND(ISNUMBER('Inbuilt input data'!AI37),ISNUMBER('Inbuilt input data'!V37)),'Inbuilt input data'!AI37*'Inbuilt input data'!V37,\"No data available\")","v":978.5},"MWp = MW capacity * Firm peak rating",{"$f":"IF(ISERROR('Input data & costs'!AG38),\"No data available\",'Input data & costs'!AG38*1000)","v":5864.82},{"$f":"IF(Sources!AK39=\"\",\"No data available\",\"GWh/yr = MW capacity * capacity factor * 8760/1000\")","v":"GWh/yr = MW capacity * capacity factor * 8760/1000"},{"$f":"IF(ISERROR('Input data & costs'!J38),\"No data available\",'Input data & costs'!J38)","v":0.14514545454545455},{"$f":"Sources!R39","v":"Black coal emissions of 88.7kg CO2e/GJ  from DCCEE (2010). Assumes plant efficiency of 33%.  (ACIL Tasman 2009 , Table 32).  CCS assumed to be 85%. Calculation: 88.7*3.6/0.33/1000*0.15"},{"$f":"IF(ISERROR('Input data & costs'!K38),\"No data available\",'Input data & costs'!K38)","v":8.11},{"$f":"IF(Sources!S39=\"\",\"No data available\",Sources!S39)","v":"Based on 530MW planned Zerogen plant (QLD), scheduled for 2015 opening. "},{"$f":"IF(ISERROR('Input data & costs'!L38),\"No data available\",'Input data & costs'!L38)","v":7.4999999999999997E-2},{"$f":"IF(Sources!T39=\"\",\"No data available\",Sources!T39)","v":"Acil Tasman (2009). Table 32"},{"$f":"IF(ISERROR('Input data & costs'!M38),\"No data available\",'Input data & costs'!M38)","v":21.524545454545454},{"$f":"IF(Sources!U39=\"\",\"No data available\",Sources!U39)","v":" Acil Tasman (2009). Table 32. Average black coal price (Table 48)*Conversion factor (3.6)/ Thermal efficiency sent out (33%) + VOM non fuel cost "},{"$f":"IF(OR(ISERROR('Input data & costs'!$R38),'Input data & costs'!$R38=\"TBC\",'Input data & costs'!$R38=\"Insert Data\" ),\"N/A\",'Input data & costs'!$R38*100)","v":100},{"$f":"IF(Sources!X39=\"\",\"No data available\",Sources!X39)","v":"ISF estimate. "},{"$f":"IF(ISERROR('Input data & costs'!I38),\"No data available\",'Input data & costs'!I38)","v":30},{"$f":"Sources!Q39","v":"ACIL Tasman (2009). Table 33"},"7G","Centralised Fossil","IGCC with CCS","Internal gasifcation combined cycle technology with carbon capture and storage.  Black coal is gasified and combusted to generate electricity, and emissions are pressurised and pumped into underground geologic features.","National",1030,"ISF Estimate, assume technology is first available in 2015 ",65,"Based on Australian Electricity System Capacity Factor. ",95,"ISF estimate. Assumes reliable peak operation",978.5,"MWp = MW capacity * Firm peak rating",5864.82,"GWh/yr = MW capacity * capacity factor * 8760/1000",0.14514545454545455,"Black coal emissions of 88.7kg CO2e/GJ  from DCCEE (2010). Assumes plant efficiency of 33%.  (ACIL Tasman 2009 , Table 32).  CCS assumed to be 85%. Calculation: 88.7*3.6/0.33/1000*0.15",8.11,"Based on 530MW planned Zerogen plant (QLD), scheduled for 2015 opening. ",7.4999999999999997E-2,"Acil Tasman (2009). Table 32",21.524545454545454," Acil Tasman (2009). Table 32. Average black coal price (Table 48)*Conversion factor (3.6)/ Thermal efficiency sent out (33%) + VOM non fuel cost ",100,"ISF estimate. ",30,"ACIL Tasman (2009). Table 33"]

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[]
[]
[null,"D-CODE"]
[null,"Description and Costs of Decentralised Energy Model"]
[null,"Developed by the Institute for Sustainable Futures, University of Technology Sydney, as part of the CSIRO Intelligent Grid Research Cluster, July 2011"]

{"sheet":"Introduction","index":2,"n_rows":0,"n_cols":0,"rows_kept":0,"cut":false,"hidden":false,"merged":[]}

{"sheet":"Control Panel","index":3,"n_rows":51,"n_cols":40,"rows_kept":51,"cut":false,"hidden":false,"merged":[]}
[]
[null,"Control Panel"]
[null,"Instructions: Choose the model parameters by manually adjusting them. Roll mouse over cells for more information"]
[null,"#","Parameter","Selection\n(click cell to activate dropdown box)","Information"]
[null,"Model parameters",null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,0,null,null,null,null,null,null,null,null,null,0]
[null,"P1","Region of analysis","National","info",null,null,null,5,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,0,null,null,null,null,null,null,null,null,null,0]
[null,"P2","Analysis year","2020/21","info",null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,0,null,null,null,null,null,null,null,null,null,0]
[null,"P3","To","2010/11","TO DO",null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,0]
[null,"P3","Weighted Av Cost of Capital (%)",7.0000000000000007E-2,"info",null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,0]
[null,"P4","Default Network Capital Cost ($M/MW/y)",{"$f":"SUMPRODUCT('Input data & costs'!BL7:BT7,'Input data & costs'!AI6:AQ6)","v":0.223},"info",null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,0]
[null,"P5","Standard Emissions Rate (tCO2e/ MWh)",{"$f":"'Input data & costs'!BV8","v":0.92},"info",null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,0]
[null,"P6","Cost of CO2 ($/tCO2-e)",23,"info",null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,0]
[null,"P7","Wholesale Gas price ($/GJ)",6,"info",null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,0]
[null,"P8","Capacity factors of modelled capacity","Maximum","info",null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,0]
[null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,0]
[null,"Optimum Mix Analysis (OMA) parameters",null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,0]
[null,null,"Run OMA?","Yes","info",null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,0]
[null,"P9","Renewable Energy Target (For selected region only)",0.2,"info",null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,0]
[null,"P10","Existing supply retirements","Option 1 - Planned retirements occur","info",null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,0]
[null,"P11","Capacity factors of existing supply","Held constant ","info",null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,0]
[null,"P12","Demand growth - Energy (GWh)","Medium","info",null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,0]
[null,"P13","Demand growth - Peak power (MWp)","Medium","info",null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,0]
[null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,0]
[null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,0]
[null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,0]
[null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,0]
[null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,0]
[null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,0]
[null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,0]
[null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,0]
[null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,0]
[null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,0]
[null,null,null,"Dropdown box hidden cells",null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,0]
[null,null,"ID","Cells",null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,0]
[null,null,"P1","National","NEM","NSW (inc. ACT)","Victoria","Queensland","South Australia","Tasmania","Western Australia","Northern Territory","Custom",null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,0]
[null,null,"P2",{"$f":"'Generation data'!A18","v":"2012/13"},{"$f":"'Generation data'!A19","v":"2013/14"},{"$f":"'Generation data'!A20","v":"2014/15"},{"$f":"'Generation data'!A21","v":"2015/16"},{"$f":"'Generation data'!A22","v":"2016/17"},{"$f":"'Generation data'!A23","v":"2017/18"},{"$f":"'Generation data'!A24","v":"2018/19"},{"$f":"'Generation data'!A25","v":"2019/20"},{"$f":"'Generation data'!A26","v":"2020/21"},null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,0]
[null,null,"P3","2010/11","2011/12",null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,0]
[null,null,"P8",4,6,8,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,0]
[null,null,"P9","Typical","Maximum",null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,0]
[null,null,"P10, P11","Low","Medium","High",null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,0]
[null,null,"P12","No RET",0.1,0.2,0.3,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,0]
[null,null,"P13","Option 1 - Planned retirements occur","Option 2 - Coal plants retire after 40 years operation","Option 3 - Coal plants retire after 30 years operation","Option 4","Option 5",null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,0]
[null,null,"P14","Held constant ","Ramped up in response to energy demand growth (where possible)",null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,0]
[null,null,"P15","Yes","No",null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,0]
[null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,0]
[null,null,null,"Year utilisation",null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,0]
[null,null,null,null,null,{"$f":"IF(D36=$D$7,1,0)","v":0},0,0,0,0,0,0,0,1]
[null,null,null,2010,{"$f":"D48+1","v":2011},{"$f":"E48+1","v":2012},2013,2014,2015,2016,2017,2018,2019,2020]
[null,null,"Analysis year:"]
[]
[null,null,null,"Base year:",2010]

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[]
[null,"Select Technologies"]
[null,null,"All technologies","info"]
[null,"             "]
[null,"No.","Technology / program","Tick to include",null,"Description","Reference cells"]
[null,"1. Energy Efficiency",null,null,null,null,"For CheckBox_TechDefault to cut/paste into check box linked cells (column E)","To activate cell change macro which runs CheckBoc_TechDefault macro","All technologies","Big Green","Distributed Generation","Distributed Efficiency/ Generation & Load Mgmt","Energy Efficiency","Centralised Fossil Fuel","User select"]
[null,"1A","Industrial Energy Efficiency",null,true,"A variety of energy efficiency measures undertaken by industrial energy users across multiple industries.",{"$f":"IF('Input data & costs'!BH6=1,TRUE,FALSE)","v":true},{"$f":"C3","v":"All technologies"}]
[null,"1B","Commercial Energy Efficiency",null,true,"Energy efficiency measures undertaken by commercial energy users in areas including: the Energy Star program, lighting, heating and cooling, pumping and air handling.",{"$f":"IF('Input data & costs'!BH7=1,TRUE,FALSE)","v":true}]
[null,"1C","Residential Energy Efficiency",null,true,"Cost effective reduction in electricity consumption through improvements to residential space heating and cooling, insulation and draught sealing, lighting, refrigeration, hot water demand reduction.",{"$f":"IF('Input data & costs'!BH8=1,TRUE,FALSE)","v":true}]
[null,"1D","Residential Hot Water",null,true,"Converting electric domestic hot water systems to electric boosted solar, heat pump and gas.",{"$f":"IF('Input data & costs'!BH9=1,TRUE,FALSE)","v":true}]
[null,"2. Peak Demand Management"]
[null,"2A","Commercial & Industrial Demand Management",null,true,"Commercial and industrial customers are provided incentives at times of peak demand to shed or interrupt their load or shift their load to times of lesser demand. ",{"$f":"IF('Input data & costs'!BH10=1,TRUE,FALSE)","v":true}]
[null,"2B","Residential Demand Management",null,true,"Residential customers are provided with information and/or incentives to shed or interrupt their load peak demand or shift their load times of lesser demand. Achieved through widespread dynamic time of use pricing (as opposed to static TOU pricing), combined with moderate adoption of programmable communicable thermostats (PCT).",{"$f":"IF('Input data & costs'!BH11=1,TRUE,FALSE)","v":true}]
[null,"2C","Commercial & Industrial Standby Generation",null,true,"Commercial and industrial customers are provided incentives to turn on their standby generators during demand peaks.",{"$f":"IF('Input data & costs'!BH12=1,TRUE,FALSE)","v":true}]
[null,"3. Cogeneration and trigeneration"]
[null,"3A","Industrial Cogeneration",null,true,"Gas turbine at an industrial facility, where in addition to using the electricity generated, the useful heat is used for industrial heating loads.",{"$f":"IF('Input data & costs'!BH13=1,TRUE,FALSE)","v":true}]
[null,"3B","Commercial Trigeneration",null,true,"Gas turbine at a commercial site, where in addition to using the electricity generated, the useful heat is used for heating loads. D-CODE data includes the electricity generation component and the demand reduction component.",{"$f":"IF('Input data & costs'!BH14=1,TRUE,FALSE)","v":true}]
[null,"3C","Residential Cogeneration",null,true,"Gas turbine in a residential area, where in addition to using the electricity generated, the useful heat is used for heating loads. D-CODE data includes the electricity generation component and the demand reduction component.",{"$f":"IF('Input data & costs'!BH15=1,TRUE,FALSE)","v":true}]
[null,"4. Bioenergy"]
[null,"4A","Refuse Derived Fuel (RDF) to energy",null,true,"Electricity generated from non-recyclable wood waste, paper and plastic",{"$f":"IF('Input data & costs'!BH16=1,TRUE,FALSE)","v":true}]
[null,"4B","Agricultural Biogas",null,true,"Electricity generated by burning biogas which is produced from agricultural sources, such as digesting livestock waste.",{"$f":"IF('Input data & costs'!BH17=1,TRUE,FALSE)","v":true}]
[null,"4C","Biomass Plant",null,true,"Electricity generated by burning biomass, specifically forestry and sawmill residues and energy crops such as camphor laurel, oil mallee, eucalyptus and Enercane.",{"$f":"IF('Input data & costs'!BH18=1,TRUE,FALSE)","v":true}]
[null,"4D","Biomass Cogen",null,true,"Burning biomass, specifically sugar cane bagasse, where in addition to using the electricity generated, the useful heat is used for heat processing.",{"$f":"IF('Input data & costs'!BH19=1,TRUE,FALSE)","v":true}]
[null,"4E","Landfill gas",null,true,"Energy from capturing and burning methane released from decomposition of landfill waste.",{"$f":"IF('Input data & costs'!BH20=1,TRUE,FALSE)","v":true}]
[null,"4F","Sewage gas (Municipal water)",null,true,"Energy from capturing and burning gas collected from sewage treatment plant bio-digesters.",{"$f":"IF('Input data & costs'!BH21=1,TRUE,FALSE)","v":true}]
[null,"5. Renewables"]
[null,"5A","Improved Hydro Efficiency ",null,true,"Various measures to improve the efficiency of existing hydroelectric power stations.",{"$f":"IF('Input data & costs'!BH22=1,TRUE,FALSE)","v":true}]
[null,"5B","Wind (offshore)",null,true,"Energy from wind is harnessed through large grid connected turbines, located up to several kilometres offshore.",{"$f":"IF('Input data & costs'!BH23=1,TRUE,FALSE)","v":true}]
[null,"5C","Wind (onshore)",null,true,"Energy from wind is harnessed through large grid connected turbines, located on land.",{"$f":"IF('Input data & costs'!BH24=1,TRUE,FALSE)","v":true}]
[null,"5D","Solar Thermal (with storage)",null,true,"Mirrors concentrate energy from the sun onto a focal point or tube filled with liquid. This liquid produces steam to drive a turbine.  Salt cells can store heat to provide electricity on demand.",{"$f":"IF('Input data & costs'!BH25=1,TRUE,FALSE)","v":true}]
[null,"5E","Concentrating solar PV",null,true,"Mirrors concentrate and reflect sunlight onto high efficiency solar photovoltaic cells to produce electricity.",{"$f":"IF('Input data & costs'!BH26=1,TRUE,FALSE)","v":true}]
[null,"5F","Solar PV (grid connected)",null,true,"Energy from the sun is harnessed through grid connected photovoltaic power systems.",{"$f":"IF('Input data & costs'!BH27=1,TRUE,FALSE)","v":true}]
[null,"5G","Geothermal - Hot Dry Rock",null,true,"Heat stored in low permeability rock below the earth's surface is harnessed by circulating water through drilled or naturally occurring fissures and using the returned superheated steam to generate electricity.",{"$f":"IF('Input data & costs'!BH28=1,TRUE,FALSE)","v":true}]
[null,"5H","Ocean (tidal)",null,true,"Large turbines are positioned underwater to take advantage of regular tidal flows (wave energy is not included in this analysis).",{"$f":"IF('Input data & costs'!BH29=1,TRUE,FALSE)","v":true}]
[null,"6. Energy Storage"]
[null,"6A","Large scale batteries",null,true,"Sodium Sulphur Battery - High Temp battery (molten sulphur and molten sodium).  Suitable for applications between 10 and 100MW. Stand alone units used for peak shaving and often used to balance loads of power plants such as wind",{"$f":"IF('Input data & costs'!BH30=1,TRUE,FALSE)","v":true}]
[null,"6B","Small scale batteries",null,true,"Flow Batteries (Vanadium Redox, Zinc Bromine). Similar in operation to hydrogen fuel cell.  Suitable for applications between 100kW and 10MW normally in association with peaky power plants such as wind or solar",{"$f":"IF('Input data & costs'!BH31=1,TRUE,FALSE)","v":true}]
[null,"7. Centralised Fossil"]
[null,"7A","Combined Cycle Gas Turbine",null,true," Internal combustion jet turbine, powered by natural gas, with waste heat converted to additional electrical energy by steam turbines",{"$f":"IF('Input data & costs'!BH32=1,TRUE,FALSE)","v":true}]
[null,"7B","Open Cycle Gas Turbine",null,true," Internal combustion jet turbine, powered by natural gas",{"$f":"IF('Input data & costs'!BH33=1,TRUE,FALSE)","v":true}]
[null,"7C","Supercritical black coal (dry cool)",null,true,"Turbine produces electricity from steam at supercritical temperatures.  The steam is produced in a boiler by combusting pulverised black coal.",{"$f":"IF('Input data & costs'!BH34=1,TRUE,FALSE)","v":true}]
[null,"7D","Supercritical brown coal (dry cool)",null,true,"Turbine produces electricity from steam at supercritical temperatures.  The steam is produced in a boiler by combusting pulverised brown coal.",{"$f":"IF('Input data & costs'!BH35=1,TRUE,FALSE)","v":true}]
[null,"7E","Improved power station efficiency - black coal",null,true,"Various measures to improve power station efficiency of existing black coal fired power stations.",{"$f":"IF('Input data & costs'!BH36=1,TRUE,FALSE)","v":true}]
[null,"7F","Improved power station efficiency - brown coal",null,true,"Various measures to improve power station efficiency of existing brown coal fired power stations.",{"$f":"IF('Input data & costs'!BH37=1,TRUE,FALSE)","v":true}]
[null,"7G","IGCC with CCS",null,true,"Internal gasifcation combined cycle technology with carbon capture and storage.  Black coal is gasified and combusted to generate electricity, and emissions are pressurised and pumped into underground geologic features.",{"$f":"IF('Input data & costs'!BH38=1,TRUE,FALSE)","v":true}]
[null,"8. Insert technologies     To insert a technology, tick boxes and enter names below"]
[null,"8A","Enter name here",null,false,"Enter description here (optional)",{"$f":"IF('Input data & costs'!BH39=1,TRUE,FALSE)","v":false}]
[null,"8B","Enter name here",null,false,"Enter description here (optional)",{"$f":"IF('Input data & costs'!BH40=1,TRUE,FALSE)","v":false}]
[null,"8C","Enter name here",null,false,"Enter description here (optional)",{"$f":"IF('Input data & costs'!BH41=1,TRUE,FALSE)","v":false}]
[null,"8D","Enter name here",null,false,"Enter description here (optional)",{"$f":"IF('Input data & costs'!BH42=1,TRUE,FALSE)","v":false}]
[null,"8E","Enter name here",null,false,"Enter description here (optional)",{"$f":"IF('Input data & costs'!BH43=1,TRUE,FALSE)","v":false}]
[null,"8F","Enter name here",null,false,"Enter description here (optional)",{"$f":"IF('Input data & costs'!BH44=1,TRUE,FALSE)","v":false}]
[null,"8G","Enter name here",null,false,"Enter description here (optional)",{"$f":"IF('Input data & costs'!BH45=1,TRUE,FALSE)","v":false}]
[null,"8H","Enter name here",null,false,"Enter description here (optional)",{"$f":"IF('Input data & costs'!BH46=1,TRUE,FALSE)","v":false}]
[null,"8I","Enter name here",null,false,"Enter description here (optional)",{"$f":"IF('Input data & costs'!BH47=1,TRUE,FALSE)","v":false}]

{"sheet":"Demand data","index":5,"n_rows":39,"n_cols":62,"rows_kept":39,"cut":false,"hidden":true,"merged":[[1,13,1,14]]}
["Demand Projections"]
["Source: AEMO (2010) Statement of Opportunities",null,null,null,null,null,null,null,null,null,null,null,null,"Other parameters"]
[null,"MWp demand selection table",null,null,null,null,null,null,null,null,null,null,null,"Year:",{"$f":"'Control Panel'!D7","v":"2020/21"}]
[null,"National","NEM","NSW (inc. ACT)","Victoria","Queensland","South Australia","Tasmania","Western Australia","Northern Territory","Selected region:",{"$f":"'Control Panel'!D6","v":"National"}]
[null,{"$f":"F16","v":61925.432575266052},{"$f":"M16","v":52498.155652189133},{"$f":"T16","v":19655.727388265201},{"$f":"AA16","v":13165.201984408222},{"$f":"AH16","v":15595.982624693377},{"$f":"AO16","v":4081.243654822335},{"$f":"AV16","v":2243.0769230769233},{"$f":"BC16","v":6689},{"$f":"BJ16","v":495.2},"MWp demand:",{"$f":"SUMPRODUCT(B5:J5,B6:J6)","v":61925.432575266052},null,"Growth rate:",{"$f":"'Control Panel'!$D$22","v":"Medium"}]
[null,{"$f":"IF(B4=$L$4,1,0)","v":1},{"$f":"IF(C4=$L$4,1,0)","v":0},0,0,0,0,0,0,0]
[null,"Annual GWh demand selection table"]
[null,"National","NEM","NSW (inc. ACT)","Victoria","Queensland","South Australia","Tasmania","Western Australia","Northern Territory","Selected region:",{"$f":"'Control Panel'!D6","v":"National"}]
[null,{"$f":"F30","v":279699.97977450344},{"$f":"M30","v":239577.63575479251},{"$f":"T30","v":93276.426853052253},{"$f":"AA30","v":53100.839266824376},{"$f":"AH30","v":77530.784847210743},{"$f":"AO30","v":15669.584787705131},{"$f":"AV30","v":12042.566088567099},{"$f":"BC30","v":25024},{"$f":"BJ30","v":3055.7779311438198},"GWh demand:",{"$f":"SUMPRODUCT(B9:J9,B10:J10)","v":279699.97977450344},null,"Growth rate:",{"$f":"F28","v":"Medium"}]
[null,{"$f":"IF(B8=$L$8,1,0)","v":1},{"$f":"IF(C8=$L$8,1,0)","v":0},0,0,0,0,0,0,0]
[]
[]
["Demand projections @10% PoE (MWp)"]
["National","Low","Medium","High","Growth rate",{"$f":"'Control Panel'!$D$22","v":"Medium"},null,"NEM","Low","Medium","High","Growth rate",{"$f":"'Control Panel'!$D$22","v":"Medium"},null,"NSW (inc. ACT)","Low","Medium","High","Growth rate",{"$f":"'Control Panel'!$D$22","v":"Medium"},null,"Victoria","Low","Medium","High","Growth rate",{"$f":"'Control Panel'!$D$22","v":"Medium"},null,"Queensland","Low","Medium","High","Growth rate",{"$f":"'Control Panel'!$D$22","v":"Medium"},null,"South Australia","Low","Medium","High","Growth rate",{"$f":"'Control Panel'!$D$22","v":"Medium"},null,"Tasmania","Low","Medium","High","Growth rate",{"$f":"'Control Panel'!$D$22","v":"Medium"},null,"Western Australia (energy sent out)","Low","Medium","High","Growth rate",{"$f":"'Control Panel'!$D$22","v":"Medium"},null,"Northern Territory (estimates based on average growth rates of low=3.5, med=4.5, high=5.5","Low","Medium","High","Growth rate",{"$f":"'Control Panel'!$D$22","v":"Medium"}]
["2010/11",{"$f":"P15+W15+AD15+AK15+AR15++AY15+BF15","v":46527.199999999997},{"$f":"Q15+X15+AE15+AL15+AS15++AZ15+BG15","v":47067.199999999997},{"$f":"R15+Y15+AF15+AM15+AT15++BA15+BH15","v":47631.199999999997},"Year",{"$f":"'Control Panel'!$D$7","v":"2020/21"},null,"2010/11",{"$f":"P15+W15+AD15+AK15","v":40086},{"$f":"Q15+X15+AE15+AL15","v":40494},{"$f":"R15+Y15+AF15+AM15","v":40902},"Year",{"$f":"'Control Panel'!$D$7","v":"2020/21"},null,"2010/11",15596,15657,15688,"Year",{"$f":"'Control Panel'!$D$7","v":"2020/21"},null,"2010/11",10670,10783,10911,"Year",{"$f":"'Control Panel'!$D$7","v":"2020/21"},null,"2010/11",10300,10524,10783,"Year",{"$f":"'Control Panel'!$D$7","v":"2020/21"},null,"2010/11",3520,3530,3520,"Year",{"$f":"'Control Panel'!$D$7","v":"2020/21"},null,"2010/11",1870,1932,1994,"Year",{"$f":"'Control Panel'!$D$7","v":"2020/21"},null,"2010/11",4276,4346,4440,"Year",{"$f":"'Control Panel'!$D$7","v":"2020/21"},null,"2010/11",295.2,295.2,295.2,"Year",{"$f":"'Control Panel'!$D$7","v":"2020/21"}]
["2011/12",47975.199999999997,48926.2,49857.2,"Projection",{"$f":"INDEX(A14:D25, MATCH(F15,A14:A25,0),MATCH(F14,A14:D14,0))","v":61925.432575266052},null,"2011/12",41038,41850,42592,"Projection",{"$f":"INDEX(H14:K25, MATCH(M15,H14:H25,0),MATCH(M14,H14:K14,0))","v":52498.155652189133},null,"2011/12",16090,16169,16229,"Projection",{"$f":"INDEX(O14:R25, MATCH(T15,O14:O25,0),MATCH(T14,O14:R14,0))","v":19655.727388265201},null,"2011/12",10903,11103,11244,"Projection",{"$f":"INDEX(V14:Y25, MATCH(AA15,V14:V25,0),MATCH(AA14,V14:Y14,0))","v":13165.201984408222},null,"2011/12",10485,10948,11489,"Projection",{"$f":"INDEX(AC14:AF25, MATCH(AH15,AC14:AC25,0),MATCH(AH14,AC14:AF14,0))","v":15595.982624693377},null,"2011/12",3560,3630,3630,"Projection",{"$f":"INDEX(AJ14:AM25, MATCH(AO15,AJ14:AJ25,0),MATCH(AO14,AJ14:AM14,0))","v":4081.243654822335},null,"2011/12",1901,1968,2062,"Projection",{"$f":"INDEX(AQ14:AT25, MATCH(AV15,AQ14:AQ25,0),MATCH(AV14,AQ14:AT14,0))","v":2243.0769230769233},null,"2011/12",4726,4793,4883,"Projection",{"$f":"INDEX(AX14:BA25, MATCH(BC15,AX14:AX25,0),MATCH(BC14,AX14:BA14,0))","v":6689},null,"2011/12",{"$f":"BF15+15","v":310.2},{"$f":"BG15+20","v":315.2},{"$f":"BH15+25","v":320.2},"Projection",{"$f":"INDEX(BE14:BH25, MATCH(BJ15,BE14:BE25,0),MATCH(BJ14,BE14:BH14,0))","v":495.2}]
["2012/13",48986.2,50352.2,51758.2,null,null,null,"2012/13",41878,43055,44242,null,null,null,"2012/13",16434,16544,16636,null,null,null,"2012/13",11120,11372,11598,null,null,null,"2012/13",10724,11469,12198,null,null,null,"2012/13",3600,3670,3810,null,null,null,"2012/13",1886,1976,2074,null,null,null,"2012/13",4897,4986,5097,null,null,null,"2012/13",{"$f":"BF16+15","v":325.2},{"$f":"BG16+20","v":335.2},{"$f":"BH16+25","v":345.2}]
["2013/14",50207.199999999997,52020.2,53940.2,null,null,null,"2013/14",42783,44312,45869,null,null,null,"2013/14",16788,16927,17049,null,null,null,"2013/14",11193,11461,11716,null,null,null,"2013/14",11172,12204,13194,null,null,null,"2013/14",3630,3720,3910,null,null,null,"2013/14",1886,1983,2103,null,null,null,"2013/14",5198,5370,5598,null,null,null,"2013/14",340.2,355.2,370.2]
["2014/15",51186.2,53514.2,55867.199999999997,null,null,null,"2014/15",43580,45537,47592,null,null,null,"2014/15",17145,17322,17493,null,null,null,"2014/15",11365,11673,11963,null,null,null,"2014/15",11400,12812,14056,null,null,null,"2014/15",3670,3730,4080,null,null,null,"2014/15",1891,2001,2135,null,null,null,"2014/15",5360,5601,5745,null,null,null,"2014/15",355.2,375.2,395.2]
["2015/16",52217.2,55070.2,58019.199999999997,null,null,null,"2015/16",44443,46895,49362,null,null,null,"2015/16",17484,17714,17928,null,null,null,"2015/16",11639,11990,12339,null,null,null,"2015/16",11630,13411,14895,null,null,null,"2015/16",3690,3780,4200,null,null,null,"2015/16",1875,2013,2180,null,null,null,"2015/16",5529,5767,6057,null,null,null,"2015/16",370.2,395.2,420.2]
["2016/17",53120.2,56465.2,59961.2,null,null,null,"2016/17",45193,48053,50944,null,null,null,"2016/17",17829,18101,18377,null,null,null,"2016/17",11751,12174,12542,null,null,null,"2016/17",11913,13918,15705,null,null,null,"2016/17",3700,3860,4320,null,null,null,"2016/17",1850,2042,2247,null,null,null,"2016/17",5692,5955,6325,null,null,null,"2016/17",385.2,415.2,445.2]
["2017/18",54242.2,57780.2,61787.199999999997,null,null,null,"2017/18",46141,49118,52474,null,null,null,"2017/18",18151,18493,18829,null,null,null,"2017/18",11962,12421,12826,null,null,null,"2017/18",12288,14324,16419,null,null,null,"2017/18",3740,3880,4400,null,null,null,"2017/18",1858,2059,2276,null,null,null,"2017/18",5843,6168,6567,null,null,null,"2017/18",400.2,435.2,470.2]
["2018/19",55220.2,59077.2,64243.199999999997,null,null,null,"2018/19",46944,50199,54556,null,null,null,"2018/19",18472,18884,19291,null,null,null,"2018/19",12242,12699,13163,null,null,null,"2018/19",12450,14676,17582,null,null,null,"2018/19",3780,3940,4520,null,null,null,"2018/19",1865,2080,2401,null,null,null,"2018/19",5996,6343,6791,null,null,null,"2018/19",415.2,455.2,495.2]
["2019/20",56230.2,60487.199999999997,66164.2,null,null,null,"2019/20",47743,51335,56188,null,null,null,"2019/20",18788,19266,19749,null,null,null,"2019/20",12445,12930,13461,null,null,null,"2019/20",12680,15129,18368,null,null,null,"2019/20",3830,4010,4610,null,null,null,"2019/20",1864,2160,2423,null,null,null,"2019/20",6193,6517,7033,null,null,null,"2019/20",430.2,475.2,520.20000000000005]
["2020/21",57206.882909550026,61925.432575266052,68094.951758122843,null,null,null,"2020/21",48555.682373356998,52498.155652189133,57874.55017544896,null,null,null,"2020/21",{"$f":"P24*(1+(P24-P23)/P23)","v":19109.405803378082},{"$f":"Q24*(1+(Q24-Q23)/Q23)","v":19655.727388265201},{"$f":"R24*(1+(R24-R23)/R23)","v":20217.87367166036},null,null,null,"2020/21",{"$f":"W24*(1+(W24-W23)/W23)","v":12651.366198333604},{"$f":"X24*(1+(X24-X23)/X23)","v":13165.201984408222},{"$f":"Y24*(1+(Y24-Y23)/Y23)","v":13765.746486363292},null,null,null,"2020/21",{"$f":"AD24*(1+(AD24-AD23)/AD23)","v":12914.248995983937},{"$f":"AE24*(1+(AE24-AE23)/AE23)","v":15595.982624693377},{"$f":"AF24*(1+(AF24-AF23)/AF23)","v":19189.137982027074},null,null,null,"2020/21",{"$f":"AK24*(1+(AK24-AK23)/AK23)","v":3880.6613756613756},{"$f":"AL24*(1+(AL24-AL23)/AL23)","v":4081.243654822335},{"$f":"AM24*(1+(AM24-AM23)/AM23)","v":4701.7920353982308},null,null,null,"2020/21",{"$f":"AR24*(1+(AR24-AR23)/AR23)","v":1863.0005361930296},{"$f":"AS24*(1+(AS24-AS23)/AS23)","v":2243.0769230769233},{"$f":"AT24*(1+(AT24-AT23)/AT23)","v":2445.2015826738862},null,null,null,"2020/21",6343,6689,7230,null,null,null,"2020/21",445.2,495.2,545.20000000000005]
[]
["Demand projections (GWh)"]
["National","Low","Medium","High","Growth rate",{"$f":"'Control Panel'!$D$21","v":"Medium"},null,"NEM","Low","Medium","High","Growth rate",{"$f":"'Control Panel'!$D$21","v":"Medium"},null,"NSW (inc. ACT)","Low","Medium","High","Growth rate",{"$f":"'Control Panel'!$D$21","v":"Medium"},null,"Victoria","Low","Medium","High","Growth rate",{"$f":"'Control Panel'!$D$21","v":"Medium"},null,"Queensland","Low","Medium","High","Growth rate",{"$f":"'Control Panel'!$D$21","v":"Medium"},null,"South Australia","Low","Medium","High","Growth rate",{"$f":"'Control Panel'!$D$21","v":"Medium"},null,"Tasmania","Low","Medium","High","Growth rate",{"$f":"'Control Panel'!$D$21","v":"Medium"},null,"Western Australia (energy sent out)","Low","Medium","High","Growth rate",{"$f":"'Control Panel'!$D$21","v":"Medium"},null,"Northern Territory (estimates based on average growth rates of low=3.5, med=4.5, high=5.5","Low","Medium","High","Growth rate",{"$f":"'Control Panel'!$D$21","v":"Medium"}]
["2010/11",{"$f":"P29+W29+AD29+AK29+AR29+AY29+BF29","v":221206.7},{"$f":"Q29+X29+AE29+AL29+AS29+AZ29+BG29","v":224823.7},{"$f":"R29+Y29+AF29+AM29+AT29+BA29+BH29","v":227704.7},"Year",{"$f":"'Control Panel'!$D$7","v":"2020/21"},null,"2010/11",{"$f":"P29+W29+AD29+AK29","v":191446},{"$f":"Q29+X29+AE29+AL29","v":194113},{"$f":"R29+Y29+AF29+AM29","v":196242},"Year",{"$f":"'Control Panel'!$D$7","v":"2020/21"},null,"2010/11",77481,77720,77810,"Year",{"$f":"'Control Panel'!$D$7","v":"2020/21"},null,"2010/11",47976,48599,48599,"Year",{"$f":"'Control Panel'!$D$7","v":"2020/21"},null,"2010/11",51672,53487,55475,"Year",{"$f":"'Control Panel'!$D$7","v":"2020/21"},null,"2010/11",14317,14307,14358,"Year",{"$f":"'Control Panel'!$D$7","v":"2020/21"},null,"2010/11",10769,11334,11839,"Year",{"$f":"'Control Panel'!$D$7","v":"2020/21"},null,"2010/11",17024,17409,17656,"Year",{"$f":"'Control Panel'!$D$7","v":"2020/21"},null,"2010/11",1967.7,1967.7,1967.7,"Year",{"$f":"'Control Panel'!$D$7","v":"2020/21"}]
["2011/12",227312.56950000001,232404.24650000001,239192.9235,"Projection",{"$f":"INDEX(A28:D39, MATCH(F29,A28:A39,0),MATCH(F28,A28:D28,0))","v":279699.97977450344},null,"2011/12",196080,{"$f":"Q30+X30+AE30+AL30","v":199922},205365,"Projection",{"$f":"INDEX(H28:K39, MATCH(M29,H28:H39,0),MATCH(M28,H28:K28,0))","v":239577.63575479251},null,"2011/12",79403,80098,80516,"Projection",{"$f":"INDEX(O28:R39, MATCH(T29,O28:O39,0),MATCH(T28,O28:R28,0))","v":93276.426853052253},null,"2011/12",47909,49399,50427,"Projection",{"$f":"INDEX(V28:Y39, MATCH(AA29,V28:V39,0),MATCH(AA28,V28:Y28,0))","v":53100.839266824376},null,"2011/12",52378,55601,59400,"Projection",{"$f":"INDEX(AC28:AF39, MATCH(AH29,AC28:AC39,0),MATCH(AH28,AC28:AF28,0))","v":77530.784847210743},null,"2011/12",16390,14824,15022,"Projection",{"$f":"INDEX(AJ28:AM39, MATCH(AO29,AJ28:AJ39,0),MATCH(AO28,AJ28:AM28,0))","v":15669.584787705131},null,"2011/12",10849,11482,12202,"Projection",{"$f":"INDEX(AQ28:AT39, MATCH(AV29,AQ28:AQ39,0),MATCH(AV28,AQ28:AT28,0))","v":12042.566088567099},null,"2011/12",18347,18944,19550,"Projection",{"$f":"INDEX(AX28:BA39, MATCH(BC29,AX28:AX39,0),MATCH(BC28,AX28:BA28,0))","v":25024},null,"2011/12",2036.5694999999998,2056.2464999999997,2075.9234999999999,"Projection",{"$f":"INDEX(BE28:BH39, MATCH(BJ29,BE28:BE39,0),MATCH(BJ28,BE28:BH28,0))","v":3055.7779311438198}]
["2012/13",228202.84943249999,238091.7775925,247474.0992925,null,null,null,"2012/13",196705,205104,212861,null,null,null,"2012/13",80374,81187,81723,null,null,null,"2012/13",48162,50202,51206,null,null,null,"2012/13",53698,58733,63855,null,null,null,"2012/13",14471,14982,16077,null,null,null,"2012/13",10805,11518,12337,null,null,null,"2012/13",18585,19321,20086,null,null,null,"2012/13",2107.8494324999997,2148.7775924999996,2190.0992924999996]
["2013/14",231465.62416263751,243453.47258416249,256626.55475358749,null,null,null,"2013/14",198805,208676,219166,null,null,null,"2013/14",80895,81657,82241,null,null,null,"2013/14",48079,49817,51230,null,null,null,"2013/14",55373,62182,69026,null,null,null,"2013/14",14458,15020,16669,null,null,null,"2013/14",10765,11491,12449,null,null,null,"2013/14",19714,21041,22701,null,null,null,"2013/14",2181.6241626374995,2245.4725841624995,2310.5547535874994]
["2014/15",234661.98100832981,249313.51885044982,265293.6352650348,null,null,null,"2014/15",201381,213425,227154,null,null,null,"2014/15",82518,83241,84033,null,null,null,"2014/15",47937,49886,51612,null,null,null,"2014/15",56366,65510,74044,null,null,null,"2014/15",14560,14788,17465,null,null,null,"2014/15",10795,11536,12579,null,null,null,"2014/15",20228,22006,23123,null,null,null,"2014/15",2257.9810083298116,2346.5188504498119,2437.6352650348117]
["2015/16",237915.01034362137,255177.11219872005,276429.7052046117,null,null,null,"2015/16",204431,218674,236227,null,null,null,"2015/16",84290,84983,85963,null,null,null,"2015/16",48278,50045,52650,null,null,null,"2015/16",57252,68657,79510,null,null,null,"2015/16",14611,14989,18104,null,null,null,"2015/16",10475,11573,12795,null,null,null,"2015/16",20672,22478,24836,null,null,null,"2015/16",2337.0103436213549,2452.1121987200531,2571.705204611726]
["2016/17",240036.80570564809,260016.45724766245,284865.14899086539,null,null,null,"2016/17",206468,222705,242915,null,null,null,"2016/17",85577,86389,87497,null,null,null,"2016/17",48551,50772,53388,null,null,null,"2016/17",57720,70425,83353,null,null,null,"2016/17",14620,15119,18677,null,null,null,"2016/17",10147,11750,13155,null,null,null,"2016/17",21003,22999,26082,null,null,null,"2016/17",2418.805705648102,2562.4572476624553,2713.1489908653707]
["2017/18",242670.46390534579,264371.76782380725,291895.37218536297,null,null,null,"2017/18",208771,226098,248639,null,null,null,"2017/18",86428,87468,88636,null,null,null,"2017/18",48794,51566,54102,null,null,null,"2017/18",58932,71825,86939,null,null,null,"2017/18",14617,15239,18962,null,null,null,"2017/18",10152,11811,13286,null,null,null,"2017/18",21244,23785,27108,null,null,null,"2017/18",2503.4639053457854,2677.7678238072658,2862.3721853629659]
["2018/19",244795.08514203288,268678.26737587858,304800.80265555793,null,null,null,"2018/19",210555,229783,259565,null,null,null,"2018/19",87279,88705,89962,null,null,null,"2018/19",49041,51993,54812,null,null,null,"2018/19",59573,73729,95218,null,null,null,"2018/19",14662,15356,19573,null,null,null,"2018/19",10136,11878,14215,null,null,null,"2018/19",21513,24219,28001,null,null,null,"2018/19",2591.0851420328877,2798.2673758785927,3019.802655557929]
["2019/20",248875.77312200403,274138.18940779311,314189.89180161362,null,null,null,"2019/20",213883,234624,267603,null,null,null,"2019/20",88913,90962,92615,null,null,null,"2019/20",49924,52544,55783,null,null,null,"2019/20",60278,75606,99389,null,null,null,"2019/20",14768,15512,19816,null,null,null,"2019/20",10118,11960,14311,null,null,null,"2019/20",22193,24630,29090,null,null,null,"2019/20",2681.7731220040387,2924.1894077931292,3185.8918016136149]
["2020/21",252550.26637103219,279699.97977450344,323426.92956121836,null,null,null,"2020/21",217266.59922448572,239577.63575479251,275922.16538128635,null,null,null,"2020/21",{"$f":"P38*(1+(P38-P37)/P37)","v":90577.591047101829},{"$f":"Q38*(1+(Q38-Q37)/Q37)","v":93276.426853052253},{"$f":"R38*(1+(R38-R37)/R37)","v":95346.237578088534},null,null,null,"2020/21",{"$f":"W38*(1+(W38-W37)/W37)","v":50822.898717399723},{"$f":"X38*(1+(X38-X37)/X37)","v":53100.839266824376},{"$f":"Y38*(1+(Y38-Y37)/Y37)","v":56771.201361015839},null,null,null,"2020/21",{"$f":"AD38*(1+(AD38-AD37)/AD37)","v":60991.343125241307},{"$f":"AE38*(1+(AE38-AE37)/AE37)","v":77530.784847210743},{"$f":"AF38*(1+(AF38-AF37)/AF37)","v":103742.70958222184},null,null,null,"2020/21",{"$f":"AK38*(1+(AK38-AK37)/AK37)","v":14874.766334742873},{"$f":"AL38*(1+(AL38-AL37)/AL37)","v":15669.584787705131},{"$f":"AM38*(1+(AM38-AM37)/AM37)","v":20062.016859960149},null,null,null,"2020/21",{"$f":"AR38*(1+(AR38-AR37)/AR37)","v":10100.031965272296},{"$f":"AS38*(1+(AS38-AS37)/AS37)","v":12042.566088567099},{"$f":"AT38*(1+(AT38-AT37)/AT37)","v":14407.648329229687},null,null,null,"2020/21",22408,25024,29736,null,null,null,"2020/21",2775.63518127418,3055.7779311438198,3361.1158507023633]

{"sheet":"Plant retirements","index":6,"n_rows":43,"n_cols":20,"rows_kept":43,"cut":false,"hidden":true,"merged":[[16,0,16,9],[30,0,30,9]]}
["Power station shut downs (MW/yr)"]
["Roll over cell to see name of retiring power station"]
["Supply scenario 1 -  Planned shut downs occur (MWp total capacity) - AEMO (2010) Statement of Opportunities (does not included non-schedulable peak demand)"]
[null,{"$f":"'Peak Supply data'!B16","v":"National"},{"$f":"'Peak Supply data'!C16","v":"NEM"},{"$f":"'Peak Supply data'!D16","v":"NSW (inc. ACT)"},{"$f":"'Peak Supply data'!E16","v":"Victoria"},{"$f":"'Peak Supply data'!F16","v":"Queensland"},{"$f":"'Peak Supply data'!G16","v":"South Australia"},{"$f":"'Peak Supply data'!H16","v":"Tasmania"},{"$f":"'Peak Supply data'!I16","v":"Western Australia"},{"$f":"'Peak Supply data'!J16","v":"Northern Territory"}]
[{"$f":"'Peak Supply data'!A17","v":"2010/11"},{"$f":"SUM(D5:J5)","v":51398},{"$f":"SUM(D5:H5)","v":45412},15951,10741,12302,3989,2429,5426,560]
[{"$f":"'Peak Supply data'!A18","v":"2011/12"},{"$f":"SUM(D6:J6)","v":52318},{"$f":"SUM(D6:H6)","v":46332},16782,10814,12280,4168,2288,5426,560]
[{"$f":"'Peak Supply data'!A19","v":"2012/13"},52156,46170,16859,10748,12160,4169,2234,5426,560]
[{"$f":"'Peak Supply data'!A20","v":"2013/14"},52303,46317,16859,10759,12159,4170,2370,5426,560]
[{"$f":"'Peak Supply data'!A21","v":"2014/15"},51731,45745,16187,10767,12159,4171,2461,5426,560]
[{"$f":"'Peak Supply data'!A22","v":"2015/16"},51780,45794,16259,10775,12129,4171,2460,5426,560]
[{"$f":"'Peak Supply data'!A23","v":"2016/17"},51942,45956,16259,10868,12102,4171,2556,5426,560]
[{"$f":"'Peak Supply data'!A24","v":"2017/18"},51953,45967,16259,10874,12101,4171,2562,5426,560]
[{"$f":"'Peak Supply data'!A25","v":"2018/19"},51957,45971,16259,10872,12101,4171,2568,5426,560]
[{"$f":"'Peak Supply data'!A26","v":"2019/20"},51950,45964,16259,10870,12099,4171,2565,5426,560]
[{"$f":"'Peak Supply data'!A27","v":"2020/21"},51950,45964,16259,10870,12099,4171,2565,5426,560]
[]
["Option 2 - coal plants retire at initial scheduled retirement date (40 years life) MWp total retirements - Plant age taken from ESAA (2010) Electricity Gas Australia",null,null,null,null,null,null,null,null,null,null,"MWp total capacity (=2011 scheduled peak capacity + non-scheduled peak capacity - peak capacity retirements"]
[null,{"$f":"'Peak Supply data'!B30","v":"National"},{"$f":"'Peak Supply data'!C30","v":"NEM"},{"$f":"'Peak Supply data'!D30","v":"NSW (inc. ACT)"},{"$f":"'Peak Supply data'!E30","v":"Victoria"},{"$f":"'Peak Supply data'!F30","v":"Queensland"},{"$f":"'Peak Supply data'!G30","v":"South Australia"},{"$f":"'Peak Supply data'!H30","v":"Tasmania"},{"$f":"'Peak Supply data'!I30","v":"Western Australia"},{"$f":"'Peak Supply data'!J30","v":"Northern Territory"},null,"National","NEM","NSW (inc. ACT)","Victoria","Queensland","South Australia","Tasmania","Western Australia","Northern Territory"]
[{"$f":"'Peak Supply data'!A31","v":"2010/11"},{"$f":"SUM(D19:J19)","v":3197},{"$f":"SUM(D19:H19)","v":3197},570,1924,475,228,0,0,0,null,{"$f":"B5-B19+SUM('Generation data'!D64:J64)","v":49237.3},{"$f":"C5-C19+SUM('Generation data'!D64:H64)","v":43060},{"$f":"D5-D19","v":15381},{"$f":"E5-E19+'Generation data'!E$64","v":8868},{"$f":"F5-F19+'Generation data'!F$64","v":12007},{"$f":"G5-G19+'Generation data'!G$64","v":3838},{"$f":"H5-H19+'Generation data'!H$64","v":2506},{"$f":"I5-I19+'Generation data'!I$64","v":5617.1},{"$f":"J5-J19+'Generation data'!J$64","v":560.20000000000005}]
[{"$f":"'Peak Supply data'!A32","v":"2011/12"},{"$f":"SUM(D20:J20)","v":1957},{"$f":"SUM(D20:H20)","v":1957},1957,0,0,0,0,0,0,null,{"$f":"L19-B20","v":47280.3},{"$f":"M19-C20","v":41103},{"$f":"N19-D20","v":13424},{"$f":"O19-E20","v":8868},{"$f":"P19-F20","v":12007},{"$f":"Q19-G20","v":3838},{"$f":"R19-H20","v":2506},{"$f":"S19-I20","v":5617.1},{"$f":"T19-J20","v":560.20000000000005}]
[{"$f":"'Peak Supply data'!A33","v":"2012/13"},0,0,0,0,0,0,0,0,0,null,47280.3,41103,13424,{"$f":"O20-E21","v":8868},12007,3838,2506,5617.1,560.20000000000005]
[{"$f":"'Peak Supply data'!A34","v":"2013/14"},1503.75,1503.75,0,1480,23.75,0,0,0,0,null,45776.55,39599.25,13424,7388,11983.25,3838,2506,5617.1,560.20000000000005]
[{"$f":"'Peak Supply data'!A35","v":"2014/15"},35.6,35.6,0,0,35.6,0,0,0,0,null,45740.950000000004,39563.65,13424,7388,11947.65,3838,2506,5617.1,560.20000000000005]
[{"$f":"'Peak Supply data'!A36","v":"2015/16"},0,0,0,0,0,0,0,0,0,null,45740.950000000004,39563.65,13424,7388,11947.65,3838,2506,5617.1,560.20000000000005]
[{"$f":"'Peak Supply data'!A37","v":"2016/17"},2578.3000000000002,2578.3000000000002,950,0,{"$f":"32.3+1596","v":1628.3},0,0,0,0,null,43162.65,36985.35,12474,7388,10319.35,3838,2506,5617.1,560.20000000000005]
[{"$f":"'Peak Supply data'!A38","v":"2017/18"},0,0,0,0,0,0,0,0,0,null,43162.65,36985.35,12474,7388,10319.35,3838,2506,5617.1,560.20000000000005]
[{"$f":"'Peak Supply data'!A39","v":"2018/19"},1254,1254,1254,0,0,0,0,0,0,null,41908.65,35731.35,11220,7388,10319.35,3838,2506,5617.1,560.20000000000005]
[{"$f":"'Peak Supply data'!A40","v":"2019/20"},0,0,0,0,0,0,0,0,0,null,41908.65,35731.35,11220,7388,10319.35,3838,2506,5617.1,560.20000000000005]
[{"$f":"'Peak Supply data'!A41","v":"2020/21"},0,0,0,0,0,0,0,0,0,null,41908.65,35731.35,11220,7388,10319.35,3838,2506,5617.1,560.20000000000005]
[]
["Option 3 - Accelerated coal fired plants retirement (close after 30 year life) MWp total retirements  - Plant ages taken from ESAA (2010) Electricity Gas Australia",null,null,null,null,null,null,null,null,null,null,"MWp total capacity (=2011 scheduled peak capacity + non-scheduled peak capacity - peak capacity retirements"]
[null,{"$f":"'Peak Supply data'!B44","v":"National"},{"$f":"'Peak Supply data'!C44","v":"NEM"},{"$f":"'Peak Supply data'!D44","v":"NSW (inc. ACT)"},{"$f":"'Peak Supply data'!E44","v":"Victoria"},{"$f":"'Peak Supply data'!F44","v":"Queensland"},{"$f":"'Peak Supply data'!G44","v":"South Australia"},{"$f":"'Peak Supply data'!H44","v":"Tasmania"},{"$f":"'Peak Supply data'!I44","v":"Western Australia"},{"$f":"'Peak Supply data'!J44","v":"Northern Territory"},null,"National","NEM","NSW (inc. ACT)","Victoria","Queensland","South Australia","Tasmania","Western Australia","Northern Territory"]
[{"$f":"'Peak Supply data'!A45","v":"2010/11"},{"$f":"SUM(D33:J33)","v":10354.65},{"$f":"SUM(D33:H33)","v":10354.65},4731,3233,{"$f":"475+35.6+1628.3+F22","v":2162.65},228,0,0,0,null,{"$f":"B5-B33+SUM('Generation data'!D64:J64)","v":42079.65},{"$f":"C5-C33+SUM('Generation data'!D64:H64)","v":35902.35},{"$f":"D5-D33+'Generation data'!D$64","v":11680},{"$f":"E5-E33+'Generation data'!E$64","v":7559},{"$f":"F5-F33+'Generation data'!F$64","v":10319.35},{"$f":"G5-G33+'Generation data'!G$64","v":3838},{"$f":"H5-H33+'Generation data'!H$64","v":2506},{"$f":"I5-I33+'Generation data'!I$64","v":5617.1},{"$f":"J5-J33+'Generation data'!J$64","v":560.20000000000005}]
[{"$f":"'Peak Supply data'!A46","v":"2011/12"},{"$f":"SUM(D34:J34)","v":0},{"$f":"SUM(D34:H34)","v":0},0,0,0,0,0,0,0,null,{"$f":"L33-B34","v":42079.65},{"$f":"M33-C34","v":35902.35},{"$f":"N33-D34","v":11680},{"$f":"O33-E34","v":7559},{"$f":"P33-F34","v":10319.35},{"$f":"Q33-G34","v":3838},{"$f":"R33-H34","v":2506},{"$f":"S33-I34","v":5617.1},{"$f":"T33-J34","v":560.20000000000005}]
[{"$f":"'Peak Supply data'!A47","v":"2012/13"},5296,5168,5168,0,0,0,0,128,0,null,36783.65,30734.35,6512,7559,10319.35,3838,2506,5489.1,560.20000000000005]
[{"$f":"'Peak Supply data'!A48","v":"2013/14"},0,0,0,0,0,0,0,0,0,null,36783.65,30734.35,6512,7559,10319.35,3838,2506,5489.1,560.20000000000005]
[{"$f":"'Peak Supply data'!A49","v":"2014/15"},3410.5,3410.5,0,2080.5,1330,0,0,0,0,null,33373.15,27323.85,6512,5478.5,8989.35,3838,2506,5489.1,560.20000000000005]
[{"$f":"'Peak Supply data'!A50","v":"2015/16"},513,513,0,0,0,513,0,0,0,null,32860.15,26810.85,6512,5478.5,8989.35,3325,2506,5489.1,560.20000000000005]
[{"$f":"'Peak Supply data'!A51","v":"2016/17"},811,0,0,0,0,0,0,811,0,null,32049.15,26810.85,6512,5478.5,8989.35,3325,2506,4678.1000000000004,560.20000000000005]
[{"$f":"'Peak Supply data'!A52","v":"2017/18"},0,0,0,0,0,0,0,0,0,null,32049.15,26810.85,6512,5478.5,8989.35,3325,2506,4678.1000000000004,560.20000000000005]
[{"$f":"'Peak Supply data'!A53","v":"2018/19"},665,665,0,0,665,0,0,0,0,null,31384.15,26145.85,6512,5478.5,8324.35,3325,2506,4678.1000000000004,560.20000000000005]
[{"$f":"'Peak Supply data'!A54","v":"2019/20"},0,0,0,0,0,0,0,0,0,null,31384.15,26145.85,6512,5478.5,8324.35,3325,2506,4678.1000000000004,560.20000000000005]
[{"$f":"'Peak Supply data'!A55","v":"2020/21"},0,0,0,0,0,0,0,0,0,null,31384.15,26145.85,6512,{"$f":"O42-E43","v":5478.5},8324.35,3325,2506,4678.1000000000004,560.20000000000005]

{"sheet":"Peak Supply data","index":7,"n_rows":76,"n_cols":24,"rows_kept":76,"cut":false,"hidden":true,"merged":[[6,7,6,8],[66,1,66,9],[58,1,58,9],[2,14,2,19]]}
["Peak capacity of existing supply (commissioned in, and previous to, 2011)"]
[]
["Source: ESAA (2010) Electricity Gas Australia (2008-09 capacity), and AEMO statement of opportunities 2009 and 2010 for capacity installed between 2009-2010. ",null,null,null,null,null,null,null,null,null,null,null,null,null,"Source: Individual power station data from ESAA (2010). Newly installed capacity to 2011 obtained from AEMO (2010) Statement of Opportunities"]
[null,"Existing MWp selection table",null,null,null,null,null,null,null,null,null,null,null,null,"Peak capacity reserve margins"]
[null,"Option 1","Option 2","Option 3",null,null,null,"Peak Capacity (MWp):",{"$f":"LOOKUP(I8,B5:F5,B6:F6)","v":52986.299999999996},null,null,null,null,null,null,"2010-11 capacity - MW","2010-2011 firm peak capacity (MWp) ","2010-2011 forecast Peak demand (10% POE) - medium","2010-2011 forecast plant reserve margin (MWp)","2010-2011 forecast reserve plant margin (%)","2010-2011 forecast system firm peak rating"]
[null,{"$f":"K19","v":52986.299999999996},{"$f":"K33","v":41908.65},{"$f":"K47","v":31384.15},null,null,null,null,null,null,null,null,null,null,"NSW (inc. ACT)",16279.825000000001,14660.718749999998,15657,-996.28125000000182,-6.7955825835619543E-2,{"$f":"Q6/P6","v":0.90054523006236231}]
[null,null,null,null,null,null,null,"Parameters",null,null,null,null,null,null,"VIC",13239.904,10968.566299999999,10783,185.56629999999859,1.6918008691801281E-2,{"$f":"Q7/P7","v":0.82844757031470906}]
[null,null,null,null,null,null,null,"Supply option:",{"$f":"'Control Panel'!D19","v":"Option 1 - Planned retirements occur"},null,null,null,null,null,"QLD",14037.984999999999,12932.953249999997,10524,2408.9532499999968,0.18626474583444408,0.92128273751539114]
[null,null,null,null,null,null,null,"Scale:",{"$f":"K18","v":"National"},null,null,null,null,null,"SA",4911.1970000000001,3698.5646499999984,3530,168.56464999999844,4.5575693803270007E-2,0.75308822879636028]
[null,null,null,null,null,null,null,"Analysis timeframe:",{"$f":"K17","v":"2020/21"},null,null,null,null,null,"TAS",2910.2670000000003,1845.8444,1932,-86.155600000000049,-4.6675440248376325E-2,0.63425259606764595]
[null,null,null,null,null,null,null,null,null,null,null,null,null,null,"WA (SWIS)",5567.7449999999999,5116.0402499999982,4346,770.0402499999982,0.15051489284119657,0.91887114981020113]
[null,"National","NEM","NSW (inc. ACT)","Victoria","Queensland","South Australia","Tasmania","Western Australia","Northern Territory",null,null,null,null,"NT",733.34699999999998,696.36815000000024,295.2,401.16815000000025,0.57608629860512739,0.94957523518879916]
["2010-2011 firm peak capacity (MWp) ",{"$f":"B17","v":52434.299999999996},{"$f":"C17","v":46257},16411,10792,12482,4066,2506,5617.1,560.20000000000005,null,null,null,null,"National",57680.270000000004,49919.05575,47067.199999999997,2851.8557499999906,5.7129601254526749E-2,0.86544421081940148]
["Firm peak rating of system",null,null,0.90054523006236231,0.82844757031470906,0.92128273751539114,0.75308822879636028,0.63425259606764595,0.91887114981020113,0.94957523518879916,null,null,null,null,"NEM",48468.911,44106.647349999999,42426,1680.647349999992,3.8104173655810598E-2,0.90999872784432889]
["Supply scenario 1 -  Planned shut downs occur - MWp "]
[null,"National","NEM","NSW (inc. ACT)","Victoria","Queensland","South Australia","Tasmania","Western Australia","Northern Territory"]
["2010/11",{"$f":"SUM(D17:J17)","v":52434.299999999996},{"$f":"SUM(D17:H17)","v":46257},{"$f":"'Plant retirements'!D5+'Generation data'!D$64","v":16411},{"$f":"'Plant retirements'!E5+'Generation data'!E$64","v":10792},{"$f":"'Plant retirements'!F5+'Generation data'!F$64","v":12482},{"$f":"'Plant retirements'!G5+'Generation data'!G$64","v":4066},{"$f":"'Plant retirements'!H5+'Generation data'!H$64","v":2506},{"$f":"'Plant retirements'!I5+'Generation data'!I$64","v":5617.1},{"$f":"'Plant retirements'!J5+'Generation data'!J$64","v":560.20000000000005},{"$f":"'Control Panel'!$D$7","v":"2020/21"},{"$f":"IF(A17='Control Panel'!$D$7,1,0)","v":0}]
["2011/12",{"$f":"SUM(D18:J18)","v":53354.299999999996},{"$f":"SUM(D18:H18)","v":47177},{"$f":"'Plant retirements'!D6+'Generation data'!D$64","v":17242},{"$f":"'Plant retirements'!E6+'Generation data'!E$64","v":10865},{"$f":"'Plant retirements'!F6+'Generation data'!F$64","v":12460},{"$f":"'Plant retirements'!G6+'Generation data'!G$64","v":4245},{"$f":"'Plant retirements'!H6+'Generation data'!H$64","v":2365},{"$f":"'Plant retirements'!I6+'Generation data'!I$64","v":5617.1},{"$f":"'Plant retirements'!J6+'Generation data'!J$64","v":560.20000000000005},{"$f":"'Control Panel'!$D$6","v":"National"},{"$f":"IF(A18='Control Panel'!$D$7,1,0)","v":0}]
["2012/13",53192.299999999996,47015,{"$f":"'Plant retirements'!D7+'Generation data'!D$64","v":17319},{"$f":"'Plant retirements'!E7+'Generation data'!E$64","v":10799},{"$f":"'Plant retirements'!F7+'Generation data'!F$64","v":12340},{"$f":"'Plant retirements'!G7+'Generation data'!G$64","v":4246},{"$f":"'Plant retirements'!H7+'Generation data'!H$64","v":2311},{"$f":"'Plant retirements'!I7+'Generation data'!I$64","v":5617.1},{"$f":"'Plant retirements'!J7+'Generation data'!J$64","v":560.20000000000005},{"$f":"INDEX(A16:J27, MATCH(K17,A16:A27,0), MATCH(K18,A16:J16,0))","v":52986.299999999996},{"$f":"IF(A19='Control Panel'!$D$7,1,0)","v":0}]
["2013/14",53339.299999999996,47162,{"$f":"'Plant retirements'!D8+'Generation data'!D$64","v":17319},{"$f":"'Plant retirements'!E8+'Generation data'!E$64","v":10810},{"$f":"'Plant retirements'!F8+'Generation data'!F$64","v":12339},{"$f":"'Plant retirements'!G8+'Generation data'!G$64","v":4247},{"$f":"'Plant retirements'!H8+'Generation data'!H$64","v":2447},{"$f":"'Plant retirements'!I8+'Generation data'!I$64","v":5617.1},{"$f":"'Plant retirements'!J8+'Generation data'!J$64","v":560.20000000000005},null,{"$f":"IF(A20='Control Panel'!$D$7,1,0)","v":0}]
["2014/15",52767.299999999996,46590,{"$f":"'Plant retirements'!D9+'Generation data'!D$64","v":16647},{"$f":"'Plant retirements'!E9+'Generation data'!E$64","v":10818},{"$f":"'Plant retirements'!F9+'Generation data'!F$64","v":12339},{"$f":"'Plant retirements'!G9+'Generation data'!G$64","v":4248},{"$f":"'Plant retirements'!H9+'Generation data'!H$64","v":2538},{"$f":"'Plant retirements'!I9+'Generation data'!I$64","v":5617.1},{"$f":"'Plant retirements'!J9+'Generation data'!J$64","v":560.20000000000005},null,{"$f":"IF(A21='Control Panel'!$D$7,1,0)","v":0}]
["2015/16",52816.299999999996,46639,{"$f":"'Plant retirements'!D10+'Generation data'!D$64","v":16719},{"$f":"'Plant retirements'!E10+'Generation data'!E$64","v":10826},{"$f":"'Plant retirements'!F10+'Generation data'!F$64","v":12309},{"$f":"'Plant retirements'!G10+'Generation data'!G$64","v":4248},{"$f":"'Plant retirements'!H10+'Generation data'!H$64","v":2537},{"$f":"'Plant retirements'!I10+'Generation data'!I$64","v":5617.1},{"$f":"'Plant retirements'!J10+'Generation data'!J$64","v":560.20000000000005},null,{"$f":"IF(A22='Control Panel'!$D$7,1,0)","v":0}]
["2016/17",52978.299999999996,46801,{"$f":"'Plant retirements'!D11+'Generation data'!D$64","v":16719},{"$f":"'Plant retirements'!E11+'Generation data'!E$64","v":10919},{"$f":"'Plant retirements'!F11+'Generation data'!F$64","v":12282},{"$f":"'Plant retirements'!G11+'Generation data'!G$64","v":4248},{"$f":"'Plant retirements'!H11+'Generation data'!H$64","v":2633},{"$f":"'Plant retirements'!I11+'Generation data'!I$64","v":5617.1},{"$f":"'Plant retirements'!J11+'Generation data'!J$64","v":560.20000000000005},null,{"$f":"IF(A23='Control Panel'!$D$7,1,0)","v":0}]
["2017/18",52989.299999999996,46812,{"$f":"'Plant retirements'!D12+'Generation data'!D$64","v":16719},{"$f":"'Plant retirements'!E12+'Generation data'!E$64","v":10925},{"$f":"'Plant retirements'!F12+'Generation data'!F$64","v":12281},{"$f":"'Plant retirements'!G12+'Generation data'!G$64","v":4248},{"$f":"'Plant retirements'!H12+'Generation data'!H$64","v":2639},{"$f":"'Plant retirements'!I12+'Generation data'!I$64","v":5617.1},{"$f":"'Plant retirements'!J12+'Generation data'!J$64","v":560.20000000000005},null,{"$f":"IF(A24='Control Panel'!$D$7,1,0)","v":0}]
["2018/19",52993.299999999996,46816,{"$f":"'Plant retirements'!D13+'Generation data'!D$64","v":16719},{"$f":"'Plant retirements'!E13+'Generation data'!E$64","v":10923},{"$f":"'Plant retirements'!F13+'Generation data'!F$64","v":12281},{"$f":"'Plant retirements'!G13+'Generation data'!G$64","v":4248},{"$f":"'Plant retirements'!H13+'Generation data'!H$64","v":2645},{"$f":"'Plant retirements'!I13+'Generation data'!I$64","v":5617.1},{"$f":"'Plant retirements'!J13+'Generation data'!J$64","v":560.20000000000005},null,{"$f":"IF(A25='Control Panel'!$D$7,1,0)","v":0}]
["2019/20",52986.299999999996,46809,{"$f":"'Plant retirements'!D14+'Generation data'!D$64","v":16719},{"$f":"'Plant retirements'!E14+'Generation data'!E$64","v":10921},{"$f":"'Plant retirements'!F14+'Generation data'!F$64","v":12279},{"$f":"'Plant retirements'!G14+'Generation data'!G$64","v":4248},{"$f":"'Plant retirements'!H14+'Generation data'!H$64","v":2642},{"$f":"'Plant retirements'!I14+'Generation data'!I$64","v":5617.1},{"$f":"'Plant retirements'!J14+'Generation data'!J$64","v":560.20000000000005},null,{"$f":"IF(A26='Control Panel'!$D$7,1,0)","v":0}]
["2020/21",52986.299999999996,46809,{"$f":"'Plant retirements'!D15+'Generation data'!D$64","v":16719},{"$f":"'Plant retirements'!E15+'Generation data'!E$64","v":10921},{"$f":"'Plant retirements'!F15+'Generation data'!F$64","v":12279},{"$f":"'Plant retirements'!G15+'Generation data'!G$64","v":4248},{"$f":"'Plant retirements'!H15+'Generation data'!H$64","v":2642},{"$f":"'Plant retirements'!I15+'Generation data'!I$64","v":5617.1},{"$f":"'Plant retirements'!J15+'Generation data'!J$64","v":560.20000000000005},null,{"$f":"IF(A27='Control Panel'!$D$7,1,0)","v":1}]
[null,{"$f":"SUMPRODUCT(B17:B27,$L$31:$L$41)","v":52986.299999999996},46809,16719,10921,12279,4248,2642,5617.1,560.20000000000005]
["Option 2 - coal plants retire at initial scheduled retirement date (40 years life)"]
[null,"National","NEM","NSW (inc. ACT)","Victoria","Queensland","South Australia","Tasmania","Western Australia","Northern Territory"]
["2010/11",{"$f":"'Plant retirements'!L19","v":49237.3},{"$f":"'Plant retirements'!M19","v":43060},{"$f":"'Plant retirements'!N19","v":15381},{"$f":"'Plant retirements'!O19","v":8868},{"$f":"'Plant retirements'!P19","v":12007},{"$f":"'Plant retirements'!Q19","v":3838},{"$f":"'Plant retirements'!R19","v":2506},{"$f":"'Plant retirements'!S19","v":5617.1},{"$f":"'Plant retirements'!T19","v":560.20000000000005},{"$f":"'Control Panel'!$D$7","v":"2020/21"},{"$f":"IF(A31='Control Panel'!$D$7,1,0)","v":0}]
["2011/12",{"$f":"'Plant retirements'!L20","v":47280.3},{"$f":"'Plant retirements'!M20","v":41103},{"$f":"'Plant retirements'!N20","v":13424},{"$f":"'Plant retirements'!O20","v":8868},{"$f":"'Plant retirements'!P20","v":12007},{"$f":"'Plant retirements'!Q20","v":3838},{"$f":"'Plant retirements'!R20","v":2506},{"$f":"'Plant retirements'!S20","v":5617.1},{"$f":"'Plant retirements'!T20","v":560.20000000000005},{"$f":"'Control Panel'!$D$6","v":"National"},{"$f":"IF(A32='Control Panel'!$D$7,1,0)","v":0}]
["2012/13",{"$f":"'Plant retirements'!L21","v":47280.3},{"$f":"'Plant retirements'!M21","v":41103},{"$f":"'Plant retirements'!N21","v":13424},{"$f":"'Plant retirements'!O21","v":8868},{"$f":"'Plant retirements'!P21","v":12007},{"$f":"'Plant retirements'!Q21","v":3838},{"$f":"'Plant retirements'!R21","v":2506},{"$f":"'Plant retirements'!S21","v":5617.1},{"$f":"'Plant retirements'!T21","v":560.20000000000005},{"$f":"INDEX(A30:J41, MATCH(K31,A30:A41,0), MATCH(K32,A30:J30,0))","v":41908.65},{"$f":"IF(A33='Control Panel'!$D$7,1,0)","v":0}]
["2013/14",{"$f":"'Plant retirements'!L22","v":45776.55},{"$f":"'Plant retirements'!M22","v":39599.25},{"$f":"'Plant retirements'!N22","v":13424},{"$f":"'Plant retirements'!O22","v":7388},{"$f":"'Plant retirements'!P22","v":11983.25},{"$f":"'Plant retirements'!Q22","v":3838},{"$f":"'Plant retirements'!R22","v":2506},{"$f":"'Plant retirements'!S22","v":5617.1},{"$f":"'Plant retirements'!T22","v":560.20000000000005},null,{"$f":"IF(A34='Control Panel'!$D$7,1,0)","v":0}]
["2014/15",{"$f":"'Plant retirements'!L23","v":45740.950000000004},{"$f":"'Plant retirements'!M23","v":39563.65},{"$f":"'Plant retirements'!N23","v":13424},{"$f":"'Plant retirements'!O23","v":7388},{"$f":"'Plant retirements'!P23","v":11947.65},{"$f":"'Plant retirements'!Q23","v":3838},{"$f":"'Plant retirements'!R23","v":2506},{"$f":"'Plant retirements'!S23","v":5617.1},{"$f":"'Plant retirements'!T23","v":560.20000000000005},null,{"$f":"IF(A35='Control Panel'!$D$7,1,0)","v":0}]
["2015/16",{"$f":"'Plant retirements'!L24","v":45740.950000000004},{"$f":"'Plant retirements'!M24","v":39563.65},{"$f":"'Plant retirements'!N24","v":13424},{"$f":"'Plant retirements'!O24","v":7388},{"$f":"'Plant retirements'!P24","v":11947.65},{"$f":"'Plant retirements'!Q24","v":3838},{"$f":"'Plant retirements'!R24","v":2506},{"$f":"'Plant retirements'!S24","v":5617.1},{"$f":"'Plant retirements'!T24","v":560.20000000000005},null,{"$f":"IF(A36='Control Panel'!$D$7,1,0)","v":0}]
["2016/17",{"$f":"'Plant retirements'!L25","v":43162.65},{"$f":"'Plant retirements'!M25","v":36985.35},{"$f":"'Plant retirements'!N25","v":12474},{"$f":"'Plant retirements'!O25","v":7388},{"$f":"'Plant retirements'!P25","v":10319.35},{"$f":"'Plant retirements'!Q25","v":3838},{"$f":"'Plant retirements'!R25","v":2506},{"$f":"'Plant retirements'!S25","v":5617.1},{"$f":"'Plant retirements'!T25","v":560.20000000000005},null,{"$f":"IF(A37='Control Panel'!$D$7,1,0)","v":0}]
["2017/18",{"$f":"'Plant retirements'!L26","v":43162.65},{"$f":"'Plant retirements'!M26","v":36985.35},{"$f":"'Plant retirements'!N26","v":12474},{"$f":"'Plant retirements'!O26","v":7388},{"$f":"'Plant retirements'!P26","v":10319.35},{"$f":"'Plant retirements'!Q26","v":3838},{"$f":"'Plant retirements'!R26","v":2506},{"$f":"'Plant retirements'!S26","v":5617.1},{"$f":"'Plant retirements'!T26","v":560.20000000000005},null,{"$f":"IF(A38='Control Panel'!$D$7,1,0)","v":0}]
["2018/19",{"$f":"'Plant retirements'!L27","v":41908.65},{"$f":"'Plant retirements'!M27","v":35731.35},{"$f":"'Plant retirements'!N27","v":11220},{"$f":"'Plant retirements'!O27","v":7388},{"$f":"'Plant retirements'!P27","v":10319.35},{"$f":"'Plant retirements'!Q27","v":3838},{"$f":"'Plant retirements'!R27","v":2506},{"$f":"'Plant retirements'!S27","v":5617.1},{"$f":"'Plant retirements'!T27","v":560.20000000000005},null,{"$f":"IF(A39='Control Panel'!$D$7,1,0)","v":0}]
["2019/20",{"$f":"'Plant retirements'!L28","v":41908.65},{"$f":"'Plant retirements'!M28","v":35731.35},{"$f":"'Plant retirements'!N28","v":11220},{"$f":"'Plant retirements'!O28","v":7388},{"$f":"'Plant retirements'!P28","v":10319.35},{"$f":"'Plant retirements'!Q28","v":3838},{"$f":"'Plant retirements'!R28","v":2506},{"$f":"'Plant retirements'!S28","v":5617.1},{"$f":"'Plant retirements'!T28","v":560.20000000000005},null,{"$f":"IF(A40='Control Panel'!$D$7,1,0)","v":0}]
["2020/21",{"$f":"'Plant retirements'!L29","v":41908.65},{"$f":"'Plant retirements'!M29","v":35731.35},{"$f":"'Plant retirements'!N29","v":11220},{"$f":"'Plant retirements'!O29","v":7388},{"$f":"'Plant retirements'!P29","v":10319.35},{"$f":"'Plant retirements'!Q29","v":3838},{"$f":"'Plant retirements'!R29","v":2506},{"$f":"'Plant retirements'!S29","v":5617.1},{"$f":"'Plant retirements'!T29","v":560.20000000000005},null,{"$f":"IF(A41='Control Panel'!$D$7,1,0)","v":1}]
[null,{"$f":"SUMPRODUCT(B31:B41,$L$31:$L$41)","v":41908.65},{"$f":"SUMPRODUCT(C31:C41,$L$31:$L$41)","v":35731.35},11220,7388,10319.35,3838,2506,5617.1,560.20000000000005]
["Option 3 - Accelerated coal fired plants retirement (close after 30 year life)"]
[null,"National","NEM","NSW (inc. ACT)","Victoria","Queensland","South Australia","Tasmania","Western Australia","Northern Territory"]
["2010/11",{"$f":"'Plant retirements'!L33","v":42079.65},{"$f":"'Plant retirements'!M33","v":35902.35},{"$f":"'Plant retirements'!N33","v":11680},{"$f":"'Plant retirements'!O33","v":7559},{"$f":"'Plant retirements'!P33","v":10319.35},{"$f":"'Plant retirements'!Q33","v":3838},{"$f":"'Plant retirements'!R33","v":2506},{"$f":"'Plant retirements'!S33","v":5617.1},{"$f":"'Plant retirements'!T33","v":560.20000000000005},{"$f":"'Control Panel'!$D$7","v":"2020/21"},{"$f":"IF(A45='Control Panel'!$D$7,1,0)","v":0}]
["2011/12",{"$f":"'Plant retirements'!L34","v":42079.65},{"$f":"'Plant retirements'!M34","v":35902.35},{"$f":"'Plant retirements'!N34","v":11680},{"$f":"'Plant retirements'!O34","v":7559},{"$f":"'Plant retirements'!P34","v":10319.35},{"$f":"'Plant retirements'!Q34","v":3838},{"$f":"'Plant retirements'!R34","v":2506},{"$f":"'Plant retirements'!S34","v":5617.1},{"$f":"'Plant retirements'!T34","v":560.20000000000005},{"$f":"'Control Panel'!$D$6","v":"National"},{"$f":"IF(A46='Control Panel'!$D$7,1,0)","v":0}]
["2012/13",{"$f":"'Plant retirements'!L35","v":36783.65},{"$f":"'Plant retirements'!M35","v":30734.35},{"$f":"'Plant retirements'!N35","v":6512},{"$f":"'Plant retirements'!O35","v":7559},{"$f":"'Plant retirements'!P35","v":10319.35},{"$f":"'Plant retirements'!Q35","v":3838},{"$f":"'Plant retirements'!R35","v":2506},{"$f":"'Plant retirements'!S35","v":5489.1},{"$f":"'Plant retirements'!T35","v":560.20000000000005},{"$f":"INDEX(A44:J55, MATCH(K45,A44:A55,0), MATCH(K46,A44:J44,0))","v":31384.15},{"$f":"IF(A47='Control Panel'!$D$7,1,0)","v":0}]
["2013/14",{"$f":"'Plant retirements'!L36","v":36783.65},{"$f":"'Plant retirements'!M36","v":30734.35},{"$f":"'Plant retirements'!N36","v":6512},{"$f":"'Plant retirements'!O36","v":7559},{"$f":"'Plant retirements'!P36","v":10319.35},{"$f":"'Plant retirements'!Q36","v":3838},{"$f":"'Plant retirements'!R36","v":2506},{"$f":"'Plant retirements'!S36","v":5489.1},{"$f":"'Plant retirements'!T36","v":560.20000000000005},null,{"$f":"IF(A48='Control Panel'!$D$7,1,0)","v":0}]
["2014/15",{"$f":"'Plant retirements'!L37","v":33373.15},{"$f":"'Plant retirements'!M37","v":27323.85},{"$f":"'Plant retirements'!N37","v":6512},{"$f":"'Plant retirements'!O37","v":5478.5},{"$f":"'Plant retirements'!P37","v":8989.35},{"$f":"'Plant retirements'!Q37","v":3838},{"$f":"'Plant retirements'!R37","v":2506},{"$f":"'Plant retirements'!S37","v":5489.1},{"$f":"'Plant retirements'!T37","v":560.20000000000005},null,{"$f":"IF(A49='Control Panel'!$D$7,1,0)","v":0}]
["2015/16",{"$f":"'Plant retirements'!L38","v":32860.15},{"$f":"'Plant retirements'!M38","v":26810.85},{"$f":"'Plant retirements'!N38","v":6512},{"$f":"'Plant retirements'!O38","v":5478.5},{"$f":"'Plant retirements'!P38","v":8989.35},{"$f":"'Plant retirements'!Q38","v":3325},{"$f":"'Plant retirements'!R38","v":2506},{"$f":"'Plant retirements'!S38","v":5489.1},{"$f":"'Plant retirements'!T38","v":560.20000000000005},null,{"$f":"IF(A50='Control Panel'!$D$7,1,0)","v":0}]
["2016/17",{"$f":"'Plant retirements'!L39","v":32049.15},{"$f":"'Plant retirements'!M39","v":26810.85},{"$f":"'Plant retirements'!N39","v":6512},{"$f":"'Plant retirements'!O39","v":5478.5},{"$f":"'Plant retirements'!P39","v":8989.35},{"$f":"'Plant retirements'!Q39","v":3325},{"$f":"'Plant retirements'!R39","v":2506},{"$f":"'Plant retirements'!S39","v":4678.1000000000004},{"$f":"'Plant retirements'!T39","v":560.20000000000005},null,{"$f":"IF(A51='Control Panel'!$D$7,1,0)","v":0}]
["2017/18",{"$f":"'Plant retirements'!L40","v":32049.15},{"$f":"'Plant retirements'!M40","v":26810.85},{"$f":"'Plant retirements'!N40","v":6512},{"$f":"'Plant retirements'!O40","v":5478.5},{"$f":"'Plant retirements'!P40","v":8989.35},{"$f":"'Plant retirements'!Q40","v":3325},{"$f":"'Plant retirements'!R40","v":2506},{"$f":"'Plant retirements'!S40","v":4678.1000000000004},{"$f":"'Plant retirements'!T40","v":560.20000000000005},null,{"$f":"IF(A52='Control Panel'!$D$7,1,0)","v":0}]
["2018/19",{"$f":"'Plant retirements'!L41","v":31384.15},{"$f":"'Plant retirements'!M41","v":26145.85},{"$f":"'Plant retirements'!N41","v":6512},{"$f":"'Plant retirements'!O41","v":5478.5},{"$f":"'Plant retirements'!P41","v":8324.35},{"$f":"'Plant retirements'!Q41","v":3325},{"$f":"'Plant retirements'!R41","v":2506},{"$f":"'Plant retirements'!S41","v":4678.1000000000004},{"$f":"'Plant retirements'!T41","v":560.20000000000005},null,{"$f":"IF(A53='Control Panel'!$D$7,1,0)","v":0}]
["2019/20",{"$f":"'Plant retirements'!L42","v":31384.15},{"$f":"'Plant retirements'!M42","v":26145.85},{"$f":"'Plant retirements'!N42","v":6512},{"$f":"'Plant retirements'!O42","v":5478.5},{"$f":"'Plant retirements'!P42","v":8324.35},{"$f":"'Plant retirements'!Q42","v":3325},{"$f":"'Plant retirements'!R42","v":2506},{"$f":"'Plant retirements'!S42","v":4678.1000000000004},{"$f":"'Plant retirements'!T42","v":560.20000000000005},null,{"$f":"IF(A54='Control Panel'!$D$7,1,0)","v":0}]
["2020/21",{"$f":"'Plant retirements'!L43","v":31384.15},{"$f":"'Plant retirements'!M43","v":26145.85},{"$f":"'Plant retirements'!N43","v":6512},{"$f":"'Plant retirements'!O43","v":5478.5},{"$f":"'Plant retirements'!P43","v":8324.35},{"$f":"'Plant retirements'!Q43","v":3325},{"$f":"'Plant retirements'!R43","v":2506},{"$f":"'Plant retirements'!S43","v":4678.1000000000004},{"$f":"'Plant retirements'!T43","v":560.20000000000005},null,{"$f":"IF(A55='Control Panel'!$D$7,1,0)","v":1}]
[null,{"$f":"SUMPRODUCT(B45:B55,$L$31:$L$41)","v":31384.15},26145.85,6512,5478.5,8324.35,3325,2506,4678.1000000000004,560.20000000000005]
[]
["Calculations for coal power station efficiency factor (affects capacity of power station efficiency technology)"]
[null,"Percent reduction of black coal fired power"]
[null,"National","NEM","NSW (inc. ACT)","Victoria","Queensland","South Australia","Tasmania","Western Australia","Northern Territory","Selected region","Selected existing supply option",null,null,null,null,null,null,null,null,null,null,null,"Percent reduction of existing black coal capacity in scenario"]
["Option 1 - Planned retirements occur",{"$f":"SUM(D61:H61)","v":105},{"$f":"SUM(D61:H61)","v":105},{"$f":"D28-D$13","v":308},0,{"$f":"F28-F$13","v":-203},0,0,{"$f":"I28-I$13","v":0},{"$f":"J28-J$13","v":0},{"$f":"SUMPRODUCT(B61:J61,$B$65:$J$65)","v":105},{"$f":"IF(A61='Control Panel'!$D$19,1,0)","v":1},{"$f":"SUMPRODUCT(K61:K63,L61:L63)","v":105},null,null,null,null,null,null,null,null,null,null,{"$f":"IF(ISNUMBER(M61/K64),IF(M61/K64<0,M61/K64,0),0)","v":0}]
["Option 2 - Coal plants retire after 40 years operation",{"$f":"SUM(D62:H62)","v":-7353.65},{"$f":"SUM(D62:H62)","v":-7353.65},{"$f":"D42-D$13","v":-5191},0,{"$f":"F42-F$13","v":-2162.6499999999996},0,{"$f":"H42-H$13","v":0},{"$f":"I42-I$13","v":0},{"$f":"J42-J$13","v":0},{"$f":"SUMPRODUCT(B62:J62,$B$65:$J$65)","v":-7353.65},{"$f":"IF(A62='Control Panel'!$D$19,1,0)","v":0}]
["Option 3 - Coal plants retire after 30 years operation",{"$f":"SUM(D63:H63)","v":-14056.65},{"$f":"SUM(D63:H63)","v":-14056.65},{"$f":"D56-D$13","v":-9899},0,{"$f":"F56-F$13","v":-4157.6499999999996},0,{"$f":"H56-H$13","v":0},{"$f":"I56-I$13","v":-939},{"$f":"J56-J$13","v":0},{"$f":"SUMPRODUCT(B63:J63,$B$65:$J$65)","v":-14056.65},{"$f":"IF(A63='Control Panel'!$D$19,1,0)","v":0}]
["Total initial MWp",{"$f":"SUM(D64:H64)","v":20535},{"$f":"SUM(D64:H64)","v":20535},{"$f":"11730*$H$76","v":11730},0,{"$f":"8805*H76","v":8805},0,0,{"$f":"1537*H76","v":1537},0,{"$f":"SUMPRODUCT(B64:J64,$B$65:$J$65)","v":20535}]
["Dummy",{"$f":"IF(B60=$I$9,1,0)","v":1},{"$f":"IF(C60=$I$9,1,0)","v":0},0,0,0,0,0,0,0]
[]
[null,"Percent reduction of brown coal fired power"]
[null,"National","NEM","NSW (inc. ACT)","Victoria","Queensland","South Australia","Tasmania","Western Australia","Northern Territory","Selected region","Selected existing supply option",null,null,null,null,null,null,null,null,null,null,null,"Percent reduction of brown coal capacity in scenario"]
["Option 1 - Planned retirements occur",{"$f":"SUM(D69:J69)","v":311},{"$f":"SUM(D69:H69)","v":311},0,{"$f":"E28-E$13","v":129},0,{"$f":"G28-G$13","v":182},0,{"$f":"I61","v":0},{"$f":"J61","v":0},{"$f":"SUMPRODUCT(B69:J69,$B$65:$J$65)","v":311},{"$f":"IF(A69='Control Panel'!$D$19,1,0)","v":1},{"$f":"SUMPRODUCT(K69:K71,L69:L71)","v":311},null,null,null,null,null,null,null,null,null,null,{"$f":"IF(ISNUMBER(M69/K72),IF(M69/K72<0,M69/K72,0),0)","v":0}]
["Option 2 - Coal plants retire after 40 years operation",{"$f":"SUM(D70:J70)","v":-3632},{"$f":"SUM(D70:H70)","v":-3632},0,{"$f":"E42-E$13","v":-3404},0,{"$f":"G42-G$13","v":-228},0,0,0,{"$f":"SUMPRODUCT(B70:J70,$B$65:$J$65)","v":-3632},{"$f":"IF(A70='Control Panel'!$D$19,1,0)","v":0}]
["Option 3 - Coal plants retire after 30 years operation",{"$f":"SUM(D71:J71)","v":-6054.5},{"$f":"SUM(D71:H71)","v":-6054.5},0,{"$f":"E56-E$13","v":-5313.5},0,{"$f":"G56-G$13","v":-741},0,0,0,{"$f":"SUMPRODUCT(B71:J71,$B$65:$J$65)","v":-6054.5},{"$f":"IF(A71='Control Panel'!$D$19,1,0)","v":0}]
["Total MWp",{"$f":"SUM(D72:J72)","v":7335},{"$f":"SUM(D72:H72)","v":7335},0,{"$f":"6555*$H$76","v":6555},0,{"$f":"780*H76","v":780},0,0,0,{"$f":"SUMPRODUCT(B72:J72,$B$65:$J$65)","v":7335}]
["Dummy",{"$f":"IF(B68=$I$9,1,0)","v":1},{"$f":"IF(C68=$I$9,1,0)","v":0},0,0,0,0,0,0,0]
[]
[]
[null,null,null,null,null,null,"Firm peak rating used in calculations",1]

{"sheet":"Generation data","index":8,"n_rows":82,"n_cols":24,"rows_kept":82,"cut":false,"hidden":true,"merged":[[8,4,8,5]]}
["Generation provided by existing supply (GWh)"]
[null,"This spreadsheets calculates the generation provided by existing supply. "]
[]
[]
[null,"Parameters",null,null,"Selection table","Fixed CF","Flexible CF"]
[null,"Supply option:",{"$f":"IF('Control Panel'!$D$20='Control Panel'!$D$43,'Generation data'!F5,'Generation data'!G5)","v":"Fixed CF"},null,{"$f":"'Control Panel'!D42","v":"Option 1 - Planned retirements occur"},{"$f":"L18","v":240106.28543931927},{"$f":"X18","v":356894.62323019787}]
[null,"Capacity factors:",{"$f":"'Control Panel'!D19","v":"Option 1 - Planned retirements occur"},null,{"$f":"'Control Panel'!E42","v":"Option 2 - Coal plants retire after 40 years operation"},{"$f":"L32","v":184510.00632143178},{"$f":"X32","v":273758.78646966961}]
[null,"Scale:",{"$f":"L17","v":"National"},null,{"$f":"'Control Panel'!F42","v":"Option 3 - Coal plants retire after 30 years operation"},{"$f":"L46","v":138217.83211614785},{"$f":"X46","v":199774.47992719442}]
[null,"Analysis year:",{"$f":"L16","v":"2020/21"},null,"Annual generation capability of existing supply (GWh)",null,{"$f":"INDEX(E5:G10, MATCH(C7,E5:E10,0),MATCH(C6,E5:G5,0))","v":240106.28543931927}]
[]
[]
[]
["Fixed capacity factors on existing capacity",null,null,null,null,null,null,null,null,null,null,null,null,"Flexible capacity factors on existing capacity 1"]
["Supply scenario 1 -  BAU (Committed capacity to 2011 installed and planned shut downs occur - GWh)",null,null,null,null,null,null,null,null,null,null,null,null,"Supply scenario 1 -  BAU (Committed capacity to 2011 installed and planned shut downs occur - GWh)"]
[null,"National","NEM","NSW (inc. ACT)","Victoria","Queensland","South Australia","Tasmania","Western Australia","Northern Territory",null,null,null,null,"National","NEM","NSW (inc. ACT)","Victoria","Queensland","South Australia","Tasmania","Western Australia","Northern Territory"]
["2010/11",{"$f":"SUM(D16:J16)","v":237821.5},{"$f":"SUM(D16:H16)","v":218528},{"$f":"D$65*('Peak Supply data'!D17/'Peak Supply data'!D$13)","v":75135},{"$f":"E$65*('Peak Supply data'!E17/'Peak Supply data'!E$13)","v":57196},{"$f":"F$65*('Peak Supply data'!F17/'Peak Supply data'!F$13)","v":61625},{"$f":"G$65*('Peak Supply data'!G17/'Peak Supply data'!G$13)","v":14756},{"$f":"H$65*('Peak Supply data'!H17/'Peak Supply data'!H$13)","v":9816},{"$f":"I$65*('Peak Supply data'!I17/'Peak Supply data'!I$13)","v":17384},{"$f":"J$65*('Peak Supply data'!J17/'Peak Supply data'!J$13)","v":1909.5},null,{"$f":"'Control Panel'!$D$7","v":"2020/21"},null,"2010/11",{"$f":"SUM(Q16:W16)","v":352370.94668791548},{"$f":"SUM(Q16:U16)","v":303631.44206784043},{"$f":"(D16-D$67-D$76)*(1+D$82)","v":112037.6936860401},{"$f":"(E16-E$67-E$76)*(1+E$82)","v":67923.970470980814},93976.80125897628,26652.519253240549,3040.4573986027017,43238.87652037025,5500.6280997048225,{"$f":"'Control Panel'!$D$7","v":"2020/21"}]
["2011/12",{"$f":"SUM(D17:J17)","v":242001.68184283745},{"$f":"SUM(D17:H17)","v":222708.18184283745},{"$f":"D$65*('Peak Supply data'!D18/'Peak Supply data'!D$13)","v":78939.593565291565},{"$f":"E$65*('Peak Supply data'!E18/'Peak Supply data'!E$13)","v":57582.889177168276},{"$f":"F$65*('Peak Supply data'!F18/'Peak Supply data'!F$13)","v":61516.383592373022},{"$f":"G$65*('Peak Supply data'!G18/'Peak Supply data'!G$13)","v":15405.612395474667},{"$f":"H$65*('Peak Supply data'!H18/'Peak Supply data'!H$13)","v":9263.7031125299291},{"$f":"I$65*('Peak Supply data'!I18/'Peak Supply data'!I$13)","v":17384},{"$f":"J$65*('Peak Supply data'!J18/'Peak Supply data'!J$13)","v":1909.5},null,{"$f":"'Control Panel'!$D$6","v":"National"},null,"2011/12",358777.49083274539,310037.98621267034,{"$f":"(D17-D$67-D$76)*(1+D$82)","v":117969.3936132331},68410.205327316537,93805.610460448384,28267.462530689696,1585.3142809825795,43238.87652037025,5500.6280997048225,{"$f":"'Control Panel'!$D$6","v":"National"}]
["2012/13",241204.08119170429,221910.58119170429,{"$f":"D$65*('Peak Supply data'!D19/'Peak Supply data'!D$13)","v":79292.125099018944},{"$f":"E$65*('Peak Supply data'!E19/'Peak Supply data'!E$13)","v":57233.098962194214},{"$f":"F$65*('Peak Supply data'!F19/'Peak Supply data'!F$13)","v":60923.930459862197},{"$f":"G$65*('Peak Supply data'!G19/'Peak Supply data'!G$13)","v":15409.241515002459},{"$f":"H$65*('Peak Supply data'!H19/'Peak Supply data'!H$13)","v":9052.1851556264955},{"$f":"I$65*('Peak Supply data'!I19/'Peak Supply data'!I$13)","v":17384},{"$f":"J$65*('Peak Supply data'!J19/'Peak Supply data'!J$13)","v":1909.5},null,{"$f":"INDEX(A15:K26, MATCH(L16,A15:A26,0), MATCH(L17,A15:K15,0))","v":240106.28543931927},null,"2012/13",357405.47445232363,308665.96983224858,118519.02164499466,67970.595731177396,92871.842468477975,28276.484560172652,1028.0254274259314,43238.87652037025,5500.6280997048225,{"$f":"INDEX(N15:W26, MATCH(X16,N15:N26,0), MATCH(X17,N15:W15,0))","v":356894.62323019787}]
["2013/14",{"$f":"SUM(D19:J19)","v":241793.7834624174},222500.2834624174,{"$f":"D$65*('Peak Supply data'!D20/'Peak Supply data'!D$13)","v":79292.125099018944},{"$f":"E$65*('Peak Supply data'!E20/'Peak Supply data'!E$13)","v":57291.397331356558},{"$f":"F$65*('Peak Supply data'!F20/'Peak Supply data'!F$13)","v":60918.993350424615},{"$f":"G$65*('Peak Supply data'!G20/'Peak Supply data'!G$13)","v":15412.870634530251},{"$f":"H$65*('Peak Supply data'!H20/'Peak Supply data'!H$13)","v":9584.8970470869917},{"$f":"I$65*('Peak Supply data'!I20/'Peak Supply data'!I$13)","v":17384},{"$f":"J$65*('Peak Supply data'!J20/'Peak Supply data'!J$13)","v":1909.5},null,null,null,"2013/14",358883.52564574307,310144.02102566801,118519.02164499466,68043.863997200577,92864.061068544892,28285.506589655608,2431.5677252722962,43238.87652037025,5500.6280997048225]
["2014/15",239119.61948345311,219826.11948345311,{"$f":"D$65*('Peak Supply data'!D21/'Peak Supply data'!D$13)","v":76215.48625921637},{"$f":"E$65*('Peak Supply data'!E21/'Peak Supply data'!E$13)","v":57333.796145292807},{"$f":"F$65*('Peak Supply data'!F21/'Peak Supply data'!F$13)","v":60918.993350424615},{"$f":"G$65*('Peak Supply data'!G21/'Peak Supply data'!G$13)","v":15416.499754058041},{"$f":"H$65*('Peak Supply data'!H21/'Peak Supply data'!H$13)","v":9941.3439744612915},{"$f":"I$65*('Peak Supply data'!I21/'Peak Supply data'!I$13)","v":17384},{"$f":"J$65*('Peak Supply data'!J21/'Peak Supply data'!J$13)","v":1909.5},null,null,null,"2014/15",355088.21487502451,306348.71025494946,113722.26791325735,68097.150008853816,92864.061068544892,28294.52861913856,3370.7026451547827,43238.87652037025,5500.6280997048225]
["2015/16",239339.62789075292,220046.12789075292,{"$f":"D$65*('Peak Supply data'!D22/'Peak Supply data'!D$13)","v":76545.126134909515},{"$f":"E$65*('Peak Supply data'!E22/'Peak Supply data'!E$13)","v":57376.194959229055},{"$f":"F$65*('Peak Supply data'!F22/'Peak Supply data'!F$13)","v":60770.880067296908},{"$f":"G$65*('Peak Supply data'!G22/'Peak Supply data'!G$13)","v":15416.499754058041},{"$f":"H$65*('Peak Supply data'!H22/'Peak Supply data'!H$13)","v":9937.4269752593791},{"$f":"I$65*('Peak Supply data'!I22/'Peak Supply data'!I$13)","v":17384},{"$f":"J$65*('Peak Supply data'!J22/'Peak Supply data'!J$13)","v":1909.5},null,null,null,"2015/16",355411.67662455939,306672.17200448434,114236.20581308637,68150.436020507041,92630.619070552289,28294.52861913856,3360.382481200038,43238.87652037025,5500.6280997048225]
["2016/17",240075.24407133076,220781.74407133076,{"$f":"D$65*('Peak Supply data'!D23/'Peak Supply data'!D$13)","v":76545.126134909515},{"$f":"E$65*('Peak Supply data'!E23/'Peak Supply data'!E$13)","v":57869.081171237958},{"$f":"F$65*('Peak Supply data'!F23/'Peak Supply data'!F$13)","v":60637.578112481977},{"$f":"G$65*('Peak Supply data'!G23/'Peak Supply data'!G$13)","v":15416.499754058041},{"$f":"H$65*('Peak Supply data'!H23/'Peak Supply data'!H$13)","v":10313.458898643255},{"$f":"I$65*('Peak Supply data'!I23/'Peak Supply data'!I$13)","v":17384},{"$f":"J$65*('Peak Supply data'!J23/'Peak Supply data'!J$13)","v":1909.5},null,null,null,"2016/17",356811.76445149106,308072.25983141601,114236.20581308637,68769.885905975825,92420.52127235895,28294.52861913856,4351.1182208562868,43238.87652037025,5500.6280997048225]
["2017/18",240125.60806755684,220832.10806755684,{"$f":"D$65*('Peak Supply data'!D24/'Peak Supply data'!D$13)","v":76545.126134909515},{"$f":"E$65*('Peak Supply data'!E24/'Peak Supply data'!E$13)","v":57900.880281690137},{"$f":"F$65*('Peak Supply data'!F24/'Peak Supply data'!F$13)","v":60632.64100304438},{"$f":"G$65*('Peak Supply data'!G24/'Peak Supply data'!G$13)","v":15416.499754058041},{"$f":"H$65*('Peak Supply data'!H24/'Peak Supply data'!H$13)","v":10336.960893854748},{"$f":"I$65*('Peak Supply data'!I24/'Peak Supply data'!I$13)","v":17384},{"$f":"J$65*('Peak Supply data'!J24/'Peak Supply data'!J$13)","v":1909.5},null,null,null,"2017/18",356905.86854402639,308166.36392395134,114236.20581308637,68809.850414715736,92412.739872425867,28294.52861913856,4413.039204584803,43238.87652037025,5500.6280997048225]
["2018/19",240138.51035928426,220845.01035928426,{"$f":"D$65*('Peak Supply data'!D25/'Peak Supply data'!D$13)","v":76545.126134909515},{"$f":"E$65*('Peak Supply data'!E25/'Peak Supply data'!E$13)","v":57890.280578206082},{"$f":"F$65*('Peak Supply data'!F25/'Peak Supply data'!F$13)","v":60632.64100304438},{"$f":"G$65*('Peak Supply data'!G25/'Peak Supply data'!G$13)","v":15416.499754058041},{"$f":"H$65*('Peak Supply data'!H25/'Peak Supply data'!H$13)","v":10360.462889066241},{"$f":"I$65*('Peak Supply data'!I25/'Peak Supply data'!I$13)","v":17384},{"$f":"J$65*('Peak Supply data'!J25/'Peak Supply data'!J$13)","v":1909.5},null,null,null,"2018/19",356954.46802484163,308214.96340476657,114236.20581308637,68796.528911802438,92412.739872425867,28294.52861913856,4474.96018831332,43238.87652037025,5500.6280997048225]
["2019/20",240106.28543931927,220812.78543931927,{"$f":"D$65*('Peak Supply data'!D26/'Peak Supply data'!D$13)","v":76545.126134909515},{"$f":"E$65*('Peak Supply data'!E26/'Peak Supply data'!E$13)","v":57879.680874722013},{"$f":"F$65*('Peak Supply data'!F26/'Peak Supply data'!F$13)","v":60622.766784169202},{"$f":"G$65*('Peak Supply data'!G26/'Peak Supply data'!G$13)","v":15416.499754058041},{"$f":"H$65*('Peak Supply data'!H26/'Peak Supply data'!H$13)","v":10348.711891460494},{"$f":"I$65*('Peak Supply data'!I26/'Peak Supply data'!I$13)","v":17384},{"$f":"J$65*('Peak Supply data'!J26/'Peak Supply data'!J$13)","v":1909.5},null,null,null,"2019/20",356894.62323019787,308155.11861012282,114236.20581308637,68783.207408889124,92397.177072559687,28294.52861913856,4443.999696449061,43238.87652037025,5500.6280997048225]
["2020/21",240106.28543931927,220812.78543931927,{"$f":"D$65*('Peak Supply data'!D27/'Peak Supply data'!D$13)","v":76545.126134909515},{"$f":"E$65*('Peak Supply data'!E27/'Peak Supply data'!E$13)","v":57879.680874722013},{"$f":"F$65*('Peak Supply data'!F27/'Peak Supply data'!F$13)","v":60622.766784169202},{"$f":"G$65*('Peak Supply data'!G27/'Peak Supply data'!G$13)","v":15416.499754058041},{"$f":"H$65*('Peak Supply data'!H27/'Peak Supply data'!H$13)","v":10348.711891460494},{"$f":"I$65*('Peak Supply data'!I27/'Peak Supply data'!I$13)","v":17384},{"$f":"J$65*('Peak Supply data'!J27/'Peak Supply data'!J$13)","v":1909.5},null,null,null,"2020/21",356894.62323019787,308155.11861012282,114236.20581308637,68783.207408889124,92397.177072559687,28294.52861913856,4443.999696449061,43238.87652037025,5500.6280997048225]
[]
["Option 2 coal plants retire at initial scheduled retirement date (40 years life)",null,null,null,null,null,null,null,null,null,null,null,null,"Option 2 coal plants retire at initial scheduled retirement date (40 years life)"]
[null,"National","NEM","NSW (inc. ACT)","Victoria","Queensland","South Australia","Tasmania","Western Australia","Northern Territory",null,null,null,null,"National","NEM","NSW (inc. ACT)","Victoria","Queensland","South Australia","Tasmania","Western Australia","Northern Territory"]
["2010/11",219736.33745808579,{"$f":"SUM(D30:H30)","v":200442.83745808579},{"$f":"D$65*('Peak Supply data'!D31/'Peak Supply data'!D$13)","v":70419.318444945471},{"$f":"E$65*('Peak Supply data'!E31/'Peak Supply data'!E$13)","v":46999.0852483321},{"$f":"F$65*('Peak Supply data'!F31/'Peak Supply data'!F$13)","v":59279.873017144688},{"$f":"G$65*('Peak Supply data'!G31/'Peak Supply data'!G$13)","v":13928.560747663551},{"$f":"H$65*('Peak Supply data'!H31/'Peak Supply data'!H$13)","v":9816},{"$f":"I$65*('Peak Supply data'!I31/'Peak Supply data'!I$13)","v":17384},{"$f":"J$65*('Peak Supply data'!J31/'Peak Supply data'!J$13)","v":1909.5},null,{"$f":"'Control Panel'!$D$7","v":"2020/21"},null,"2010/11",{"$f":"SUM(Q30:W30)","v":326450.30601687462},{"$f":"SUM(Q30:U30)","v":277710.80139679956},{"$f":"(D30-D$67-D$76)*(1+D$82)","v":104685.52650793086},{"$f":"(E30-E$67-E$76)*(1+E$82)","v":55108.684668379348},90280.636290760129,24595.496531126551,3040.4573986027017,43238.87652037025,5500.6280997048225,{"$f":"'Control Panel'!$D$7","v":"2020/21"}]
["2011/12",210776.54250348217,191483.04250348217,{"$f":"D$65*('Peak Supply data'!D32/'Peak Supply data'!D$13)","v":61459.523490341846},{"$f":"E$65*('Peak Supply data'!E32/'Peak Supply data'!E$13)","v":46999.0852483321},{"$f":"F$65*('Peak Supply data'!F32/'Peak Supply data'!F$13)","v":59279.873017144688},{"$f":"G$65*('Peak Supply data'!G32/'Peak Supply data'!G$13)","v":13928.560747663551},{"$f":"H$65*('Peak Supply data'!H32/'Peak Supply data'!H$13)","v":9816},{"$f":"I$65*('Peak Supply data'!I32/'Peak Supply data'!I$13)","v":17384},{"$f":"J$65*('Peak Supply data'!J32/'Peak Supply data'!J$13)","v":1909.5},null,{"$f":"'Control Panel'!$D$6","v":"National"},null,"2011/12",312481.18837846705,263741.683758392,{"$f":"(D31-D$67-D$76)*(1+D$82)","v":90716.408869523249},{"$f":"(E31-E$67-E$76)*(1+E$82)","v":55108.684668379348},{"$f":"(F31-F$67-F$76)*(1+F$82)","v":90280.636290760129},{"$f":"(G31-G$67-G$76)*(1+G$82)","v":24595.496531126551},{"$f":"(H31-H$67-H$76)*(1+H$82)","v":3040.4573986027017},{"$f":"(I31-I$67-I$76)*(1+I$82)","v":43238.87652037025},{"$f":"(J31-J$67-J$76)*(1+J$82)","v":5500.6280997048225},{"$f":"'Control Panel'!$D$6","v":"National"}]
["2012/13",210776.54250348217,191483.04250348217,{"$f":"D$65*('Peak Supply data'!D33/'Peak Supply data'!D$13)","v":61459.523490341846},{"$f":"E$65*('Peak Supply data'!E33/'Peak Supply data'!E$13)","v":46999.0852483321},{"$f":"F$65*('Peak Supply data'!F33/'Peak Supply data'!F$13)","v":59279.873017144688},{"$f":"G$65*('Peak Supply data'!G33/'Peak Supply data'!G$13)","v":13928.560747663551},{"$f":"H$65*('Peak Supply data'!H33/'Peak Supply data'!H$13)","v":9816},{"$f":"I$65*('Peak Supply data'!I33/'Peak Supply data'!I$13)","v":17384},{"$f":"J$65*('Peak Supply data'!J33/'Peak Supply data'!J$13)","v":1909.5},null,{"$f":"INDEX(A29:K40, MATCH(L30,A29:A40,0), MATCH(L31,A29:K29,0))","v":184510.00632143178},null,"2012/13",312481.18837846705,263741.683758392,90716.408869523249,55108.684668379348,90280.636290760129,24595.496531126551,3040.4573986027017,43238.87652037025,5500.6280997048225,{"$f":"INDEX(N29:W40, MATCH(X30,N29:N40,0), MATCH(X31,N29:W29,0))","v":273758.78646966961}]
["2013/14",202815.50557613332,183522.00557613332,{"$f":"D$65*('Peak Supply data'!D34/'Peak Supply data'!D$13)","v":61459.523490341846},{"$f":"E$65*('Peak Supply data'!E34/'Peak Supply data'!E$13)","v":39155.304670126017},{"$f":"F$65*('Peak Supply data'!F34/'Peak Supply data'!F$13)","v":59162.616668001923},{"$f":"G$65*('Peak Supply data'!G34/'Peak Supply data'!G$13)","v":13928.560747663551},{"$f":"H$65*('Peak Supply data'!H34/'Peak Supply data'!H$13)","v":9816},{"$f":"I$65*('Peak Supply data'!I34/'Peak Supply data'!I$13)","v":17384},{"$f":"J$65*('Peak Supply data'!J34/'Peak Supply data'!J$13)","v":1909.5},null,null,null,"2013/14",302438.46797420894,253698.96335413391,90716.408869523249,45250.772512532058,90095.828042349327,24595.496531126551,3040.4573986027017,43238.87652037025,5500.6280997048225]
["2014/15",202639.74448015512,183346.24448015512,{"$f":"D$65*('Peak Supply data'!D35/'Peak Supply data'!D$13)","v":61459.523490341846},{"$f":"E$65*('Peak Supply data'!E35/'Peak Supply data'!E$13)","v":39155.304670126017},{"$f":"F$65*('Peak Supply data'!F35/'Peak Supply data'!F$13)","v":58986.855572023713},{"$f":"G$65*('Peak Supply data'!G35/'Peak Supply data'!G$13)","v":13928.560747663551},{"$f":"H$65*('Peak Supply data'!H35/'Peak Supply data'!H$13)","v":9816},{"$f":"I$65*('Peak Supply data'!I35/'Peak Supply data'!I$13)","v":17384},{"$f":"J$65*('Peak Supply data'!J35/'Peak Supply data'!J$13)","v":1909.5},null,null,null,"2014/15",302161.45013659104,253421.94551651602,90716.408869523249,45250.772512532058,89818.810204731431,24595.496531126551,3040.4573986027017,43238.87652037025,5500.6280997048225]
["2015/16",202639.74448015512,183346.24448015512,{"$f":"D$65*('Peak Supply data'!D36/'Peak Supply data'!D$13)","v":61459.523490341846},{"$f":"E$65*('Peak Supply data'!E36/'Peak Supply data'!E$13)","v":39155.304670126017},{"$f":"F$65*('Peak Supply data'!F36/'Peak Supply data'!F$13)","v":58986.855572023713},{"$f":"G$65*('Peak Supply data'!G36/'Peak Supply data'!G$13)","v":13928.560747663551},{"$f":"H$65*('Peak Supply data'!H36/'Peak Supply data'!H$13)","v":9816},{"$f":"I$65*('Peak Supply data'!I36/'Peak Supply data'!I$13)","v":17384},{"$f":"J$65*('Peak Supply data'!J36/'Peak Supply data'!J$13)","v":1909.5},null,null,null,"2015/16",302161.45013659104,253421.94551651602,90716.408869523249,45250.772512532058,89818.810204731431,24595.496531126551,3040.4573986027017,43238.87652037025,5500.6280997048225]
["2016/17",190251.23415642051,170957.73415642051,{"$f":"D$65*('Peak Supply data'!D37/'Peak Supply data'!D$13)","v":57110.108463835233},{"$f":"E$65*('Peak Supply data'!E37/'Peak Supply data'!E$13)","v":39155.304670126017},{"$f":"F$65*('Peak Supply data'!F37/'Peak Supply data'!F$13)","v":50947.760274795706},{"$f":"G$65*('Peak Supply data'!G37/'Peak Supply data'!G$13)","v":13928.560747663551},{"$f":"H$65*('Peak Supply data'!H37/'Peak Supply data'!H$13)","v":9816},{"$f":"I$65*('Peak Supply data'!I37/'Peak Supply data'!I$13)","v":17384},{"$f":"J$65*('Peak Supply data'!J37/'Peak Supply data'!J$13)","v":1909.5},null,null,null,"2016/17",282709.8715583579,233970.36693828288,83935.283802335107,45250.772512532058,77148.356693686466,24595.496531126551,3040.4573986027017,43238.87652037025,5500.6280997048225]
["2017/18",190251.23415642051,170957.73415642051,{"$f":"D$65*('Peak Supply data'!D38/'Peak Supply data'!D$13)","v":57110.108463835233},{"$f":"E$65*('Peak Supply data'!E38/'Peak Supply data'!E$13)","v":39155.304670126017},{"$f":"F$65*('Peak Supply data'!F38/'Peak Supply data'!F$13)","v":50947.760274795706},{"$f":"G$65*('Peak Supply data'!G38/'Peak Supply data'!G$13)","v":13928.560747663551},{"$f":"H$65*('Peak Supply data'!H38/'Peak Supply data'!H$13)","v":9816},{"$f":"I$65*('Peak Supply data'!I38/'Peak Supply data'!I$13)","v":17384},{"$f":"J$65*('Peak Supply data'!J38/'Peak Supply data'!J$13)","v":1909.5},null,null,null,"2017/18",282709.8715583579,233970.36693828288,83935.283802335107,45250.772512532058,77148.356693686466,24595.496531126551,3040.4573986027017,43238.87652037025,5500.6280997048225]
["2018/19",184510.00632143178,165216.50632143178,{"$f":"D$65*('Peak Supply data'!D39/'Peak Supply data'!D$13)","v":51368.880628846506},{"$f":"E$65*('Peak Supply data'!E39/'Peak Supply data'!E$13)","v":39155.304670126017},{"$f":"F$65*('Peak Supply data'!F39/'Peak Supply data'!F$13)","v":50947.760274795706},{"$f":"G$65*('Peak Supply data'!G39/'Peak Supply data'!G$13)","v":13928.560747663551},{"$f":"H$65*('Peak Supply data'!H39/'Peak Supply data'!H$13)","v":9816},{"$f":"I$65*('Peak Supply data'!I39/'Peak Supply data'!I$13)","v":17384},{"$f":"J$65*('Peak Supply data'!J39/'Peak Supply data'!J$13)","v":1909.5},null,null,null,"2018/19",273758.78646966961,225019.28184959452,74984.198713646736,45250.772512532058,77148.356693686466,24595.496531126551,3040.4573986027017,43238.87652037025,5500.6280997048225]
["2019/20",184510.00632143178,165216.50632143178,{"$f":"D$65*('Peak Supply data'!D40/'Peak Supply data'!D$13)","v":51368.880628846506},{"$f":"E$65*('Peak Supply data'!E40/'Peak Supply data'!E$13)","v":39155.304670126017},{"$f":"F$65*('Peak Supply data'!F40/'Peak Supply data'!F$13)","v":50947.760274795706},{"$f":"G$65*('Peak Supply data'!G40/'Peak Supply data'!G$13)","v":13928.560747663551},{"$f":"H$65*('Peak Supply data'!H40/'Peak Supply data'!H$13)","v":9816},{"$f":"I$65*('Peak Supply data'!I40/'Peak Supply data'!I$13)","v":17384},{"$f":"J$65*('Peak Supply data'!J40/'Peak Supply data'!J$13)","v":1909.5},null,null,null,"2019/20",273758.78646966961,225019.28184959452,74984.198713646736,45250.772512532058,77148.356693686466,24595.496531126551,3040.4573986027017,43238.87652037025,5500.6280997048225]
["2020/21",184510.00632143178,165216.50632143178,{"$f":"D$65*('Peak Supply data'!D41/'Peak Supply data'!D$13)","v":51368.880628846506},{"$f":"E$65*('Peak Supply data'!E41/'Peak Supply data'!E$13)","v":39155.304670126017},{"$f":"F$65*('Peak Supply data'!F41/'Peak Supply data'!F$13)","v":50947.760274795706},{"$f":"G$65*('Peak Supply data'!G41/'Peak Supply data'!G$13)","v":13928.560747663551},{"$f":"H$65*('Peak Supply data'!H41/'Peak Supply data'!H$13)","v":9816},{"$f":"I$65*('Peak Supply data'!I41/'Peak Supply data'!I$13)","v":17384},{"$f":"J$65*('Peak Supply data'!J41/'Peak Supply data'!J$13)","v":1909.5},null,null,null,"2020/21",273758.78646966961,225019.28184959452,74984.198713646736,45250.772512532058,77148.356693686466,24595.496531126551,3040.4573986027017,43238.87652037025,5500.6280997048225]
[]
["Option 3 - Accelerated coal fired plants retirement (close after 30 year life)",null,null,null,null,null,null,null,null,null,null,null,null,"Option 3 - Accelerated coal fired plants retirement (close after 30 year life)"]
[null,"National","NEM","NSW (inc. ACT)","Victoria","Queensland","South Australia","Tasmania","Western Australia","Northern Territory",null,null,null,null,"National","NEM","NSW (inc. ACT)","Victoria","Queensland","South Australia","Tasmania","Western Australia","Northern Territory"]
["2010/11",187522.31350846967,168228.81350846967,{"$f":"D$65*('Peak Supply data'!D45/'Peak Supply data'!D$13)","v":53474.913167997074},{"$f":"E$65*('Peak Supply data'!E45/'Peak Supply data'!E$13)","v":40061.579318013348},{"$f":"F$65*('Peak Supply data'!F45/'Peak Supply data'!F$13)","v":50947.760274795706},{"$f":"G$65*('Peak Supply data'!G45/'Peak Supply data'!G$13)","v":13928.560747663551},{"$f":"H$65*('Peak Supply data'!H45/'Peak Supply data'!H$13)","v":9816},{"$f":"I$65*('Peak Supply data'!I45/'Peak Supply data'!I$13)","v":17384},{"$f":"J$65*('Peak Supply data'!J45/'Peak Supply data'!J$13)","v":1909.5},null,{"$f":"'Control Panel'!$D$7","v":"2020/21"},null,"2010/11",{"$f":"SUM(Q44:W44)","v":278181.26710655371},{"$f":"SUM(Q44:U44)","v":229441.76248647869},{"$f":"(D44-D$67-D$76)*(1+D$82)","v":78267.690851443112},{"$f":"(E44-E$67-E$76)*(1+E$82)","v":46389.761011619827},77148.356693686466,24595.496531126551,3040.4573986027017,43238.87652037025,5500.6280997048225,{"$f":"'Control Panel'!$D$7","v":"2020/21"}]
["2011/12",187522.31350846967,168228.81350846967,{"$f":"D$65*('Peak Supply data'!D46/'Peak Supply data'!D$13)","v":53474.913167997074},{"$f":"E$65*('Peak Supply data'!E46/'Peak Supply data'!E$13)","v":40061.579318013348},{"$f":"F$65*('Peak Supply data'!F46/'Peak Supply data'!F$13)","v":50947.760274795706},{"$f":"G$65*('Peak Supply data'!G46/'Peak Supply data'!G$13)","v":13928.560747663551},{"$f":"H$65*('Peak Supply data'!H46/'Peak Supply data'!H$13)","v":9816},{"$f":"I$65*('Peak Supply data'!I46/'Peak Supply data'!I$13)","v":17384},{"$f":"J$65*('Peak Supply data'!J46/'Peak Supply data'!J$13)","v":1909.5},null,{"$f":"'Control Panel'!$D$6","v":"National"},null,"2011/12",278181.26710655371,229441.76248647869,{"$f":"(D45-D$67-D$76)*(1+D$82)","v":78267.690851443112},{"$f":"(E45-E$67-E$76)*(1+E$82)","v":46389.761011619827},{"$f":"(F45-F$67-F$76)*(1+F$82)","v":77148.356693686466},{"$f":"(G45-G$67-G$76)*(1+G$82)","v":24595.496531126551},{"$f":"(H45-H$67-H$76)*(1+H$82)","v":3040.4573986027017},{"$f":"(I45-I$67-I$76)*(1+I$82)","v":43238.87652037025},{"$f":"(J45-J$67-J$76)*(1+J$82)","v":5500.6280997048225},{"$f":"'Control Panel'!$D$6","v":"National"}]
["2012/13",163465.3568313724,144567.99576427371,{"$f":"D$65*('Peak Supply data'!D47/'Peak Supply data'!D$13)","v":29814.095423801111},{"$f":"E$65*('Peak Supply data'!E47/'Peak Supply data'!E$13)","v":40061.579318013348},{"$f":"F$65*('Peak Supply data'!F47/'Peak Supply data'!F$13)","v":50947.760274795706},{"$f":"G$65*('Peak Supply data'!G47/'Peak Supply data'!G$13)","v":13928.560747663551},{"$f":"H$65*('Peak Supply data'!H47/'Peak Supply data'!H$13)","v":9816},{"$f":"I$65*('Peak Supply data'!I47/'Peak Supply data'!I$13)","v":16987.861067098682},{"$f":"J$65*('Peak Supply data'!J47/'Peak Supply data'!J$13)","v":1909.5},null,{"$f":"INDEX(A43:K54, MATCH(L44,A43:A54,0), MATCH(L45,A43:K43,0))","v":138217.83211614785},null,"2012/13",240268.5493338308,192552.44212097515,41378.370485939573,46389.761011619827,77148.356693686466,24595.496531126551,3040.4573986027017,42215.479113150839,5500.6280997048225,{"$f":"INDEX(N43:W54, MATCH(X44,N43:N54,0), MATCH(X45,N43:W43,0))","v":199774.47992719442}]
["2013/14",163465.3568313724,144567.99576427371,{"$f":"D$65*('Peak Supply data'!D48/'Peak Supply data'!D$13)","v":29814.095423801111},{"$f":"E$65*('Peak Supply data'!E48/'Peak Supply data'!E$13)","v":40061.579318013348},{"$f":"F$65*('Peak Supply data'!F48/'Peak Supply data'!F$13)","v":50947.760274795706},{"$f":"G$65*('Peak Supply data'!G48/'Peak Supply data'!G$13)","v":13928.560747663551},{"$f":"H$65*('Peak Supply data'!H48/'Peak Supply data'!H$13)","v":9816},{"$f":"I$65*('Peak Supply data'!I48/'Peak Supply data'!I$13)","v":16987.861067098682},{"$f":"J$65*('Peak Supply data'!J48/'Peak Supply data'!J$13)","v":1909.5},null,null,null,"2013/14",240268.5493338308,192552.44212097515,41378.370485939573,46389.761011619827,77148.356693686466,24595.496531126551,3040.4573986027017,42215.479113150839,5500.6280997048225]
["2014/15",145872.65973008174,126975.29866298306,{"$f":"D$65*('Peak Supply data'!D49/'Peak Supply data'!D$13)","v":29814.095423801111},{"$f":"E$65*('Peak Supply data'!E49/'Peak Supply data'!E$13)","v":29035.237768717569},{"$f":"F$65*('Peak Supply data'!F49/'Peak Supply data'!F$13)","v":44381.404722800835},{"$f":"G$65*('Peak Supply data'!G49/'Peak Supply data'!G$13)","v":13928.560747663551},{"$f":"H$65*('Peak Supply data'!H49/'Peak Supply data'!H$13)","v":9816},{"$f":"I$65*('Peak Supply data'!I49/'Peak Supply data'!I$13)","v":16987.861067098682},{"$f":"J$65*('Peak Supply data'!J49/'Peak Supply data'!J$13)","v":1909.5},null,null,null,"2014/15",216061.59401725783,168345.48680440214,41378.370485939573,32532.06760605206,66799.094782681248,24595.496531126551,3040.4573986027017,42215.479113150839,5500.6280997048225]
["2015/16",144010.92141232474,125113.56034522605,{"$f":"D$65*('Peak Supply data'!D50/'Peak Supply data'!D$13)","v":29814.095423801111},{"$f":"E$65*('Peak Supply data'!E50/'Peak Supply data'!E$13)","v":29035.237768717569},{"$f":"F$65*('Peak Supply data'!F50/'Peak Supply data'!F$13)","v":44381.404722800835},{"$f":"G$65*('Peak Supply data'!G50/'Peak Supply data'!G$13)","v":12066.822429906542},{"$f":"H$65*('Peak Supply data'!H50/'Peak Supply data'!H$13)","v":9816},{"$f":"I$65*('Peak Supply data'!I50/'Peak Supply data'!I$13)","v":16987.861067098682},{"$f":"J$65*('Peak Supply data'!J50/'Peak Supply data'!J$13)","v":1909.5},null,null,null,"2015/16",211433.29289250131,163717.18567964566,41378.370485939573,32532.06760605206,66799.094782681248,19967.195406370061,3040.4573986027017,42215.479113150839,5500.6280997048225]
["2016/17",141501.00989214529,125113.56034522605,{"$f":"D$65*('Peak Supply data'!D51/'Peak Supply data'!D$13)","v":29814.095423801111},{"$f":"E$65*('Peak Supply data'!E51/'Peak Supply data'!E$13)","v":29035.237768717569},{"$f":"F$65*('Peak Supply data'!F51/'Peak Supply data'!F$13)","v":44381.404722800835},{"$f":"G$65*('Peak Supply data'!G51/'Peak Supply data'!G$13)","v":12066.822429906542},{"$f":"H$65*('Peak Supply data'!H51/'Peak Supply data'!H$13)","v":9816},{"$f":"I$65*('Peak Supply data'!I51/'Peak Supply data'!I$13)","v":14477.94954691923},{"$f":"J$65*('Peak Supply data'!J51/'Peak Supply data'!J$13)","v":1909.5},null,null,null,"2016/17",204949.11088269704,163717.18567964566,41378.370485939573,32532.06760605206,66799.094782681248,19967.195406370061,3040.4573986027017,35731.297103346566,5500.6280997048225]
["2017/18",141501.00989214529,125113.56034522605,{"$f":"D$65*('Peak Supply data'!D52/'Peak Supply data'!D$13)","v":29814.095423801111},{"$f":"E$65*('Peak Supply data'!E52/'Peak Supply data'!E$13)","v":29035.237768717569},{"$f":"F$65*('Peak Supply data'!F52/'Peak Supply data'!F$13)","v":44381.404722800835},{"$f":"G$65*('Peak Supply data'!G52/'Peak Supply data'!G$13)","v":12066.822429906542},{"$f":"H$65*('Peak Supply data'!H52/'Peak Supply data'!H$13)","v":9816},{"$f":"I$65*('Peak Supply data'!I52/'Peak Supply data'!I$13)","v":14477.94954691923},{"$f":"J$65*('Peak Supply data'!J52/'Peak Supply data'!J$13)","v":1909.5},null,null,null,"2017/18",204949.11088269704,163717.18567964566,41378.370485939573,32532.06760605206,66799.094782681248,19967.195406370061,3040.4573986027017,35731.297103346566,5500.6280997048225]
["2018/19",138217.83211614785,121830.38256922862,{"$f":"D$65*('Peak Supply data'!D53/'Peak Supply data'!D$13)","v":29814.095423801111},{"$f":"E$65*('Peak Supply data'!E53/'Peak Supply data'!E$13)","v":29035.237768717569},{"$f":"F$65*('Peak Supply data'!F53/'Peak Supply data'!F$13)","v":41098.226946803399},{"$f":"G$65*('Peak Supply data'!G53/'Peak Supply data'!G$13)","v":12066.822429906542},{"$f":"H$65*('Peak Supply data'!H53/'Peak Supply data'!H$13)","v":9816},{"$f":"I$65*('Peak Supply data'!I53/'Peak Supply data'!I$13)","v":14477.94954691923},{"$f":"J$65*('Peak Supply data'!J53/'Peak Supply data'!J$13)","v":1909.5},null,null,null,"2018/19",199774.47992719442,158542.55472414303,41378.370485939573,32532.06760605206,61624.463827178632,19967.195406370061,3040.4573986027017,35731.297103346566,5500.6280997048225]
["2019/20",138217.83211614785,121830.38256922862,{"$f":"D$65*('Peak Supply data'!D54/'Peak Supply data'!D$13)","v":29814.095423801111},{"$f":"E$65*('Peak Supply data'!E54/'Peak Supply data'!E$13)","v":29035.237768717569},{"$f":"F$65*('Peak Supply data'!F54/'Peak Supply data'!F$13)","v":41098.226946803399},{"$f":"G$65*('Peak Supply data'!G54/'Peak Supply data'!G$13)","v":12066.822429906542},{"$f":"H$65*('Peak Supply data'!H54/'Peak Supply data'!H$13)","v":9816},{"$f":"I$65*('Peak Supply data'!I54/'Peak Supply data'!I$13)","v":14477.94954691923},{"$f":"J$65*('Peak Supply data'!J54/'Peak Supply data'!J$13)","v":1909.5},null,null,null,"2019/20",199774.47992719442,158542.55472414303,41378.370485939573,32532.06760605206,61624.463827178632,19967.195406370061,3040.4573986027017,35731.297103346566,5500.6280997048225]
["2020/21",138217.83211614785,121830.38256922862,{"$f":"D$65*('Peak Supply data'!D55/'Peak Supply data'!D$13)","v":29814.095423801111},{"$f":"E$65*('Peak Supply data'!E55/'Peak Supply data'!E$13)","v":29035.237768717569},{"$f":"F$65*('Peak Supply data'!F55/'Peak Supply data'!F$13)","v":41098.226946803399},{"$f":"G$65*('Peak Supply data'!G55/'Peak Supply data'!G$13)","v":12066.822429906542},{"$f":"H$65*('Peak Supply data'!H55/'Peak Supply data'!H$13)","v":9816},{"$f":"I$65*('Peak Supply data'!I55/'Peak Supply data'!I$13)","v":14477.94954691923},{"$f":"J$65*('Peak Supply data'!J55/'Peak Supply data'!J$13)","v":1909.5},null,null,null,"2020/21",199774.47992719442,158542.55472414303,41378.370485939573,32532.06760605206,61624.463827178632,19967.195406370061,3040.4573986027017,35731.297103346566,5500.6280997048225]
[]
[]
[]
[]
[]
[]
[null,"BASE DATA","Source","NSW (inc. ACT)","VIC","QLD","SA","TAS","WA (SWIS)","NT"]
[null,"Total Capacity 2010-11 MWp",null,{"$f":"SUM(D63:D64)","v":16411},{"$f":"SUM(E63:E64)","v":10792},12482,4066,2506,5425.6,560.5]
[null,"Scheduled and semi-scheduled capacity 2010-11 MWp","AEMO (2010) ",15951,10741,12302,3989,2429,{"$f":"1537+267.5+640+1441+680+586+83","v":5234.5},{"$f":"323.2+30+130.8+76.3","v":560.29999999999995}]
[null,"Non-scheduled summer peak capacity 2010-11 MWp","AEMO (2010) ",460,51,180,77,77,191.1,0.2]
[null,"Total forecast supply 2010-11 GWh",null,{"$f":"SUM(D66:D68)","v":75135},57196,61625,14756,9816,17384,1909.5]
[null,"Scheduled and Semi-scheduled generation 2010-11","AEMO (2010) ",69750,55238,58696,12716,8726,{"$f":"9198+4067.4+2615.6","v":15881},{"$f":"925+469.8+129.7","v":1524.5}]
[null,"Non-scheduled generation 2010-11 GWh","AEMO (2010) ",1702,750,1452,1742,1066,647,0]
[null,"Energy purchased (i.e. non-grid or embedded generation) 2010-11","ESAA (2010) ",3683,1208,1477,298,24,856,385]
[]
[]
[null,"RAMP-UP CAPACITY POTENTIAL (expanding capacity factors of scheduled (exc. Hydro and wind) generation ","Source","NSW (inc. ACT)","VIC","QLD","SA","TAS","WA (SWIS)","NT"]
[null,{"$f":"B63","v":"Scheduled and semi-scheduled capacity 2010-11 MWp"},"AEMO (2010)",{"$f":"D63","v":15951},10741,12302,3989,2429,5234.5,560.29999999999995]
[null,"Assumed firm peak rating (exc. hydro/wind S and SS gen)","AEMO(2010)",0.95,0.95,0.95,0.95,0.95,0.95,0.95]
[null,"Scheduled and semi-scheduled capacity 2010-11 MW","Calculated using above data",{"$f":"D72/D73","v":16790.526315789473},{"$f":"E72/E73","v":11306.315789473685},12949.473684210527,4198.9473684210525,2556.8421052631579,5510,589.78947368421052]
[null,"Hydro and wind capacity  scheduled and semischeduled MW","AEMO (2010)",2515,2388,641,719,2157]
[null,"Hydro and wind capacity  scheduled and semischeduled GWH",null,1572,2400,547,2293,7596]
[null,"S and SS (exc. hydro and wind) capacity MW","AEMO (2010)",{"$f":"D74-D75","v":14275.526315789473},{"$f":"E74-E75","v":8918.3157894736851},12308.473684210527,3479.9473684210525,399.84210526315792,5510,589.78947368421052]
[null,"S and SS (exc. hydro and wind) capacity GWH",null,{"$f":"D66-D76","v":68178},{"$f":"E66-E76","v":52838},58149,10423,1130,15881,1524.5]
[null,"S and SS (exc. hydro and wind) capacity Capacity factor",null,{"$f":"D78/(D77*8760/1000)","v":0.54519017654154722},{"$f":"E78/(E77*8760/1000)","v":0.67633119326595581},0.53930437428204192,0.34191326956426493,0.32261593286943957,0.32901988083103367,0.2950708483794966]
[null,"Potential maximum capacity factor of all S and SS generators (exc. Hydro and wind)","ISF assumption",0.85,0.85,0.85,0.85,0.85,0.85,0.85]
[null,"Max potential increased generation on S/SS (exc. Hydro and wind), 2010-11",null,{"$f":"D77*D80*8760/1000-D78","v":38117.568947368418},{"$f":"E77*E80*8760/1000-E78","v":13567.779368421063},33499.895052631589,15488.688105263154,1847.2243157894736,25146.46,2867.0724210526323]
[null,"Percentage increase generation on S/SS (exc. Hydro and wind) ",null,{"$f":"D81/D78","v":0.55908898687800201},{"$f":"E81/E78","v":0.25678071403953712},0.57610440510811178,1.4860105636825438,1.63471178388449,1.5834305144512311,1.8806641003952984]

{"sheet":"Renewable generation data","index":9,"n_rows":36,"n_cols":16,"rows_kept":36,"cut":false,"hidden":true,"merged":[[26,1,26,2]]}
[null,"Additional Renewable Energy capacity required"]
[null,"RET selected:",{"$f":"G12","v":0.2},null,"Selection table additional GWh required"]
[null,"Year of analysis:",{"$f":"G11","v":"2020/21"},null,"National","NEM","NSW (inc. ACT)","Victoria","Queensland","South Australia","Tasmania","Western Australia","Northern Territory","Custom"]
[null,"Region selected:",{"$f":"'Control Panel'!D6","v":"National"},null,{"$f":"G13","v":30600},{"$f":"N13","v":27540},{"$f":"IF(ISNUMBER($G$12), $G$12*('Demand data'!D9-'Optimal Mix Calculator'!$AR$18)-C28,0)","v":9332.1283161169413},{"$f":"IF(ISNUMBER($G$12), $G$12*'Demand data'!E9-C29,0)","v":7840.1187936755869},{"$f":"IF(ISNUMBER($G$12), $G$12*'Demand data'!F9-C30,0)","v":13314.824181216474},{"$f":"IF(ISNUMBER($G$12), $G$12*'Demand data'!G9-C31,0)","v":-136.72899503460712},{"$f":"IF(ISNUMBER($G$12), $G$12*'Demand data'!H9-C33,0)","v":-208.00354434709016},{"$f":"IF(ISNUMBER($G$12), $G$12*'Demand data'!I9-C33,0)","v":2388.2832379394904},{"$f":"IF(ISNUMBER($G$12), $G$12*'Demand data'!J9-C34,0)","v":611.15558622876404},0,"GWh required"]
[null,"Additional RE required:",{"$f":"SUMPRODUCT(E4:N4,E5:N5)","v":30600},null,{"$f":"IF(E3='Control Panel'!$D$6,1,0)","v":1},{"$f":"IF(F3='Control Panel'!$D$6,1,0)","v":0},{"$f":"IF(G3='Control Panel'!$D$6,1,0)","v":0},{"$f":"IF(H3='Control Panel'!$D$6,1,0)","v":0},{"$f":"IF(I3='Control Panel'!$D$6,1,0)","v":0},{"$f":"IF(J3='Control Panel'!$D$6,1,0)","v":0},{"$f":"IF(K3='Control Panel'!$D$6,1,0)","v":0},{"$f":"IF(L3='Control Panel'!$D$6,1,0)","v":0},{"$f":"IF(M3='Control Panel'!$D$6,1,0)","v":0},{"$f":"IF(N3='Control Panel'!$D$6,1,0)","v":0},"Selection dummy"]
[]
[]
[null,"National/NEM level RET"]
[]
[null,"Baseline 2009/10",10400,10400,10400,10400,null,null,"Baseline 2009/10",{"$f":"C10*0.9","v":9360},{"$f":"D10*0.9","v":9360},{"$f":"E10*0.9","v":9360},{"$f":"F10*0.9","v":9360}]
[null,"National RET 2020","No RET",0.1,0.2,0.3,{"$f":"'Control Panel'!$D$7","v":"2020/21"},null,"NEM RET 2020","No RET",0.1,0.2,0.3,{"$f":"'Control Panel'!$D$7","v":"2020/21"},null,"RET targets, ORER (2011)"]
[null,"2010/11",0,0,0,0,{"$f":"'Control Panel'!$D$18","v":0.2},null,"2010/11",{"$f":"C12*0.9","v":0},{"$f":"D12*0.9","v":0},{"$f":"E12*0.9","v":0},{"$f":"F12*0.9","v":0},{"$f":"'Control Panel'!$D$18","v":0.2},null,16338]
[null,"2011/12",{"$f":"T12+AA13+AH13+AO13+AV13++BC13+BJ13","v":0},{"$f":"D14-$D$22/10","v":1010},0,{"$f":"(E14-E13)*1.5","v":8907},{"$f":"INDEX(B11:F22, MATCH(G11,B11:B22,0), MATCH(G12,B11:F11,0))","v":30600},null,"2011/12",{"$f":"C13*0.9","v":0},{"$f":"D13*0.9","v":909},{"$f":"E13*0.9","v":0},{"$f":"F13*0.9","v":8016.3},{"$f":"INDEX(I11:M22, MATCH(N11,I11:I22,0), MATCH(N12,I11:M11,0))","v":27540},null,18238]
[null,"2012/13",0,2020,{"$f":"P12-$E$10","v":5938},{"$f":"F15-$F$22/10","v":10220},null,null,"2012/13",0,1818,5344.2,9198,null,null,16100]
[null,"2013/14",0,3030,7838,15330,null,null,"2013/14",0,2727,7054.2,13797,null,null,18000]
[null,"2014/15",0,4040,5700,20440,null,null,"2014/15",0,3636,5130,18396,null,null,20581]
[null,"2015/16",0,5050,7600,25550,null,null,"2015/16",0,4545,6840,22995,null,null,25181]
[null,"2016/17",0,6060,10181,30660,null,null,"2016/17",0,5454,9162.9,27594,null,null,29781]
[null,"2017/18",0,7070,14781,35770,null,null,"2017/18",0,6363,13302.9,32193,null,null,34381]
[null,"2018/19",0,8080,19381,40880,null,null,"2018/19",0,7272,17442.900000000001,36792,null,null,41000]
[null,"2019/20",0,9090,23981,45990,null,null,"2019/20",0,8181,21582.9,41391]
[null,"2020/21",0,{"$f":"(E22+$D$10)*0.5-$D$10","v":10100},30600,{"$f":"(E22+$F$10)*1.5-$F$10","v":51100},null,null,"2020/21",0,9090,27540,45990]
[]
[null,"State based RET, existing renewable capacity"]
[null,null,null,null,null,null,null,null,"Reduction in RET due to demand reduction in Optimal mix case"]
[null,"Source: MMA (2010).","Includes renewable generation that is both RET and non-RET classified (national RET scheme)",null,null,null,null,null,{"$f":"IF(ISNUMBER(G12),G12*'Optimal Mix Calculator'!AR18,0)","v":3828.4718541664429},"GWh"]
[null,"Renewable 2011 by state (GWh)"]
[null,"NSW (inc. ACT)",5494.6852003270697,{"$f":"IF($C$4=B28,1,0)","v":0}]
[null,"Victoria",2780.0490596892887,0]
[null,"Queensland",2191.3327882256749,0]
[null,"South Australia",3270.6459525756336,0]
[null,"Tasmania",9811.9378577269017,0]
[null,"Western Australia",2616.5167620605098,0]
[null,"Northern Territory",0,0]
[null,"Custom",0,0]
[null,null,{"$f":"SUMPRODUCT(C28:C35,D28:D35)","v":0}]

{"sheet":"Standard emissions rate data","index":10,"n_rows":88,"n_cols":25,"rows_kept":88,"cut":false,"hidden":true,"merged":[]}
["Standard emissions rate calculator",null,null,null,null,null,"Emissions rate of existing supply = [Emissions of supply 2010 x Total generation 2010 + Change of Emissions (Selected year and 2010) x Change of Generation (Selected year and 2010)] / Generation in selected year"]
["Standard emissions rate of existing supply"]
[null,"Standard emissions rate of existing capacity, at max supply",{"$f":"INDEX(E3:G8, MATCH(C7,E3:E8,0),MATCH(C6,E3:G3,0))","v":0.92613160541037354},null,"Selection table","Fixed CF","Flexible CF",null,null,{"$f":"E14*'Demand data'!C15","v":58499.403834512465},null,null,null,null,null,null,null,null,null,null,null,"Emissions from retiring plants "]
[null,null,null,null,{"$f":"'Control Panel'!D42","v":"Option 1 - Planned retirements occur"},{"$f":"L16","v":0.92613160541037354},{"$f":"Y16","v":0.95564906173545561},null,null,null,null,null,null,null,null,null,null,null,null,null,null,"Natural Gas","Black Coal","Brown coal"]
[null,"Parameters",null,null,{"$f":"'Control Panel'!E42","v":"Option 2 - Coal plants retire after 40 years operation"},{"$f":"L30","v":0.89895186778405334},{"$f":"Y30","v":0.93722000163629093},null,null,null,"National","NEM","NSW (inc. ACT)","Victoria","Queensland","South Australia","Tasmania","Western Australia","Northern Territory","Custom",null,51.6,88.7,93.2,"kg CO2/GJ"]
[null,"Supply option:",{"$f":"IF('Control Panel'!D20='Control Panel'!D43,F3,G3)","v":"Fixed CF"},null,{"$f":"'Control Panel'!F42","v":"Option 3 - Coal plants retire after 30 years operation"},{"$f":"L44","v":0.85963792834709496},{"$f":"Y44","v":0.90792088558639883},null,null,"2010 standard emissions rates ",0.92,0.94935914234888596,0.9,1.23,0.89,0.72,0.32,0.82,0.68,0.92,null,0.3,0.33,0.255,"Assumed efficiency of retiring plants"]
[null,"Capacity factors:",{"$f":"'Control Panel'!D19","v":"Option 1 - Planned retirements occur"},null,null,null,null,null,null,"Additional/avoided generation emissions rates (see avoided generation for assumptions)",1.0163342887700537,1.0337499465240643,0.96763636363636363,1.3157647058823501,0.92582399999999998,0.89782588235294125,0.61920000000000008,0.80038690909090915,0.61920000000000008,1.016,null,{"$f":"V5*3.6/V6/1000","v":0.61920000000000008},{"$f":"W5*3.6/W6/1000","v":0.96763636363636363},{"$f":"X5*3.6/X6/1000","v":1.3157647058823532},"kg CO2/MWh"]
[null,"Scale:",{"$f":"L15","v":"National"},null,null,null,null,null,null,null,{"$f":"IF(K5='Control Panel'!$D$6,1,0)","v":1},{"$f":"IF(L5='Control Panel'!$D$6,1,0)","v":0},{"$f":"IF(M5='Control Panel'!$D$6,1,0)","v":0},{"$f":"IF(N5='Control Panel'!$D$6,1,0)","v":0},{"$f":"IF(O5='Control Panel'!$D$6,1,0)","v":0},{"$f":"IF(P5='Control Panel'!$D$6,1,0)","v":0},{"$f":"IF(Q5='Control Panel'!$D$6,1,0)","v":0},{"$f":"IF(R5='Control Panel'!$D$6,1,0)","v":0},{"$f":"IF(S5='Control Panel'!$D$6,1,0)","v":0},{"$f":"IF(T5='Control Panel'!$D$6,1,0)","v":0}]
[null,"Analysis timeframe:",{"$f":"L14","v":"2020/21"}]
[]
["Fixed capacity factors on existing capacity, assuming max generation potential of existing supply",null,null,null,null,null,null,null,null,null,null,null,null,"Flexible capacity factors on existing capacity 1"]
["Supply scenario 1 -  BAU (Committed capacity to 2011 installed and planned shut downs occur - GWh)",null,null,null,null,null,null,null,null,null,null,null,null,"Supply scenario 1 -  BAU (Committed capacity to 2011 installed and planned shut downs occur - GWh)"]
[null,"National","NEM","NSW (inc. ACT)","Victoria","Queensland","South Australia","Tasmania","Western Australia","Northern Territory",null,null,null,null,"National","NEM","NSW (inc. ACT)","Victoria","Queensland","South Australia","Tasmania","Western Australia","Northern Territory"]
["2010/11",{"$f":"(('Generation data'!B16-'Demand data'!$C$29)*$K$7+'Demand data'!$C$29*$K$6)/'Generation data'!B16","v":0.92526501522602211},{"$f":"(('Generation data'!C16-'Demand data'!$J$29)*$L$7+'Demand data'!$J$29*$L$6)/'Generation data'!C16","v":0.95878768918927704},{"$f":"(('Generation data'!D16-'Demand data'!$Q$29)*$M$7+'Demand data'!$Q$29*$M$6)/'Generation data'!D16","v":0.89767298862048317},{"$f":"(('Generation data'!E16-'Demand data'!$X$29)*$N$7+'Demand data'!$X$29*$N$6)/'Generation data'!E16","v":1.2428910968681475},{"$f":"(('Generation data'!F16-'Demand data'!$AE$29)*$O$7+'Demand data'!$AE$29*$O$6)/'Generation data'!F16","v":0.89473080262880322},{"$f":"(('Generation data'!G16-'Demand data'!$AL$29)*$P$7+'Demand data'!$AL$29*$P$6)/'Generation data'!G16","v":0.72541093935866563},{"$f":"(('Generation data'!H16-'Demand data'!$AS$29)*$Q$7+'Demand data'!$AS$29*$Q$6)/'Generation data'!H16","v":0.27373007334963328},{"$f":"(('Generation data'!I16-'Demand data'!$AZ$29)*$R$7+'Demand data'!$AZ$29*$R$6)/'Generation data'!I16","v":0.82002820566456092},{"$f":"(('Generation data'!J16-'Demand data'!$BG$29)*$S$7+'Demand data'!$BG$29*$S$6)/'Generation data'!J16","v":0.68185313432835826},null,{"$f":"'Control Panel'!$D$7","v":"2020/21"},null,"2010/11",{"$f":"(('Generation data'!O16-'Demand data'!$C$29)*$K$7+'Demand data'!$C$29*$K$6)/'Generation data'!O16","v":0.95486999541179918},{"$f":"(('Generation data'!P16-'Demand data'!$J$29)*$L$7+'Demand data'!$J$29*$L$6)/'Generation data'!P16","v":0.97979851099652659},{"$f":"(('Generation data'!Q16-'Demand data'!$Q$29)*$M$7+'Demand data'!$Q$29*$M$6)/'Generation data'!Q16","v":0.92071734907195402},{"$f":"(('Generation data'!R16-'Demand data'!$X$29)*$N$7+'Demand data'!$X$29*$N$6)/'Generation data'!R16","v":1.254400817519006},{"$f":"(('Generation data'!S16-'Demand data'!$AE$29)*$O$7+'Demand data'!$AE$29*$O$6)/'Generation data'!S16","v":0.90543473092156368},{"$f":"(('Generation data'!T16-'Demand data'!$AL$29)*$P$7+'Demand data'!$AL$29*$P$6)/'Generation data'!T16","v":0.8023694313266766},{"$f":"(('Generation data'!H16-'Demand data'!$AS$29)*$Q$7+'Demand data'!$AS$29*$Q$6)/'Generation data'!H16","v":0.27373007334963328},{"$f":"(('Generation data'!V16-'Demand data'!$AZ$29)*$R$7+'Demand data'!$AZ$29*$R$6)/'Generation data'!V16","v":0.80828360593213033},{"$f":"(('Generation data'!W16-'Demand data'!$BG$29)*$S$7+'Demand data'!$BG$29*$S$6)/'Generation data'!W16","v":0.64094954529400383},null,{"$f":"'Control Panel'!$D$7","v":"2020/21"}]
["2011/12",{"$f":"(('Generation data'!B17-'Demand data'!C$29)*K$7+'Demand data'!C$29*K$6)/'Generation data'!B17","v":0.9268380874493648},{"$f":"(('Generation data'!C17-'Demand data'!J$29)*L$7+'Demand data'!J$29*L$6)/'Generation data'!C17","v":0.96019471368391418},{"$f":"(('Generation data'!D17-'Demand data'!Q$29)*M$7+'Demand data'!Q$29*M$6)/'Generation data'!D17","v":0.90104496197845774},{"$f":"(('Generation data'!E17-'Demand data'!X$29)*N$7+'Demand data'!X$29*N$6)/'Generation data'!E17","v":1.2433807216687032},{"$f":"(('Generation data'!F17-'Demand data'!AE$29)*O$7+'Demand data'!AE$29*O$6)/'Generation data'!F17","v":0.89467590292236931},{"$f":"(('Generation data'!G17-'Demand data'!AL$29)*P$7+'Demand data'!AL$29*P$6)/'Generation data'!G17","v":0.73268120432827111},{"$f":"(('Generation data'!H17-'Demand data'!$AS$29)*Q$7+'Demand data'!AS$29*Q$6)/'Generation data'!H17","v":0.25313334622164102},{"$f":"(('Generation data'!I17-'Demand data'!AZ$29)*R$7+'Demand data'!AZ$29*R$6)/'Generation data'!I17","v":0.82002820566456092},{"$f":"(('Generation data'!J17-'Demand data'!BG$29)*S$7+'Demand data'!BG$29*S$6)/'Generation data'!J17","v":0.68185313432835826},null,{"$f":"'Control Panel'!$D$6","v":"National"},null,"2011/12",{"$f":"(('Generation data'!O17-'Demand data'!$C$29)*$K$7+'Demand data'!$C$29*$K$6)/'Generation data'!O17","v":0.95596753837029536},{"$f":"(('Generation data'!P17-'Demand data'!$J$29)*$L$7+'Demand data'!$J$29*$L$6)/'Generation data'!P17","v":0.98091334939941521},{"$f":"(('Generation data'!Q17-'Demand data'!$Q$29)*$M$7+'Demand data'!$Q$29*$M$6)/'Generation data'!Q17","v":0.92307651619786224},{"$f":"(('Generation data'!R17-'Demand data'!$X$29)*$N$7+'Demand data'!$X$29*$N$6)/'Generation data'!R17","v":1.2548369697173485},{"$f":"(('Generation data'!S17-'Demand data'!$AE$29)*$O$7+'Demand data'!$AE$29*$O$6)/'Generation data'!S17","v":0.9053975214706812},{"$f":"(('Generation data'!T17-'Demand data'!$AL$29)*$P$7+'Demand data'!$AL$29*$P$6)/'Generation data'!T17","v":0.80782293652568971},{"$f":"(('Generation data'!H17-'Demand data'!$AS$29)*$Q$7+'Demand data'!$AS$29*$Q$6)/'Generation data'!H17","v":0.25313334622164102},{"$f":"(('Generation data'!V17-'Demand data'!$AZ$29)*$R$7+'Demand data'!$AZ$29*$R$6)/'Generation data'!V17","v":0.80828360593213033},{"$f":"(('Generation data'!W17-'Demand data'!$BG$29)*$S$7+'Demand data'!$BG$29*$S$6)/'Generation data'!W17","v":0.64094954529400383},null,{"$f":"'Control Panel'!$D$6","v":"National"}]
["2012/13",{"$f":"(('Generation data'!B18-'Demand data'!C$29)*K$7+'Demand data'!C$29*K$6)/'Generation data'!B18","v":0.92654214623603759},{"$f":"(('Generation data'!C18-'Demand data'!J$29)*L$7+'Demand data'!J$29*L$6)/'Generation data'!C18","v":0.95993033827066221},{"$f":"(('Generation data'!D18-'Demand data'!Q$29)*M$7+'Demand data'!Q$29*M$6)/'Generation data'!D18","v":0.9013410262967011},{"$f":"(('Generation data'!E18-'Demand data'!X$29)*N$7+'Demand data'!X$29*N$6)/'Generation data'!E18","v":1.2429383341367002},{"$f":"(('Generation data'!F18-'Demand data'!AE$29)*O$7+'Demand data'!AE$29*O$6)/'Generation data'!F18","v":0.89437300408530973},{"$f":"(('Generation data'!G18-'Demand data'!AL$29)*P$7+'Demand data'!AL$29*P$6)/'Generation data'!G18","v":0.73272009850585584},{"$f":"(('Generation data'!H18-'Demand data'!$AS$29)*Q$7+'Demand data'!AS$29*Q$6)/'Generation data'!H18","v":0.24457964682569486},{"$f":"(('Generation data'!I18-'Demand data'!AZ$29)*R$7+'Demand data'!AZ$29*R$6)/'Generation data'!I18","v":0.82002820566456092},{"$f":"(('Generation data'!J18-'Demand data'!BG$29)*S$7+'Demand data'!BG$29*S$6)/'Generation data'!J18","v":0.68185313432835826},null,{"$f":"INDEX(A13:K24, MATCH(L14,A13:A24,0), MATCH(L15,A13:K13,0))","v":0.92613160541037354},null,"2012/13",{"$f":"(('Generation data'!O18-'Demand data'!$C$29)*$K$7+'Demand data'!$C$29*$K$6)/'Generation data'!O18","v":0.95573580109624212},{"$f":"(('Generation data'!P18-'Demand data'!$J$29)*$L$7+'Demand data'!$J$29*$L$6)/'Generation data'!P18","v":0.98067849138516694},{"$f":"(('Generation data'!Q18-'Demand data'!$Q$29)*$M$7+'Demand data'!$Q$29*$M$6)/'Generation data'!Q18","v":0.92328316101236785},{"$f":"(('Generation data'!R18-'Demand data'!$X$29)*$N$7+'Demand data'!$X$29*$N$6)/'Generation data'!R18","v":1.254442910827603},{"$f":"(('Generation data'!S18-'Demand data'!$AE$29)*$O$7+'Demand data'!$AE$29*$O$6)/'Generation data'!S18","v":0.90519214607021115},{"$f":"(('Generation data'!T18-'Demand data'!$AL$29)*$P$7+'Demand data'!$AL$29*$P$6)/'Generation data'!T18","v":0.80785165329311792},{"$f":"(('Generation data'!H18-'Demand data'!$AS$29)*$Q$7+'Demand data'!$AS$29*$Q$6)/'Generation data'!H18","v":0.24457964682569486},{"$f":"(('Generation data'!V18-'Demand data'!$AZ$29)*$R$7+'Demand data'!$AZ$29*$R$6)/'Generation data'!V18","v":0.80828360593213033},{"$f":"(('Generation data'!W18-'Demand data'!$BG$29)*$S$7+'Demand data'!$BG$29*$S$6)/'Generation data'!W18","v":0.64094954529400383},null,{"$f":"INDEX(N13:X24, MATCH(Y14,N13:N24,0), MATCH(Y15,N13:X13,0))","v":0.95564906173545561}]
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[]
["Option 2 coal plants retire at initial scheduled retirement date (40 years life)",null,null,null,null,null,null,null,null,null,null,null,null,"Option 2 coal plants retire at initial scheduled retirement date (40 years life)"]
[null,"National","NEM","NSW (inc. ACT)","Victoria","Queensland","South Australia","Tasmania","Western Australia","Northern Territory",null,null,null,null,"National","NEM","NSW (inc. ACT)","Victoria","Queensland","South Australia","Tasmania","Western Australia","Northern Territory"]
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[]
["Option 3 - Accelerated coal fired plants retirement (close after 30 year life)",null,null,null,null,null,null,null,null,null,null,null,null,"Option 3 - Accelerated coal fired plants retirement (close after 30 year life)"]
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[]
["Option 4 - Brown coal fired generators closed by 2020",null,null,null,null,null,null,null,null,null,null,null,null,"Option 4 - Brown coal fired generators closed by 2020"]
[null,"National","NEM","NSW (inc. ACT)","Victoria","Queensland","South Australia","Tasmania","Western Australia","Northern Territory","Custom",null,null,null,"National","NEM","NSW (inc. ACT)","Victoria","Queensland","South Australia","Tasmania","Western Australia","Northern Territory","Custom"]
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[]
["Option 5 - Shut-down all coal fired generation by 2020",null,null,null,null,null,null,null,null,null,null,null,null,"Option 5 - Shut-down all coal fired generation by 2020"]
[null,"National","NEM","NSW (inc. ACT)","Victoria","Queensland","South Australia","Tasmania","Western Australia","Northern Territory","Custom",null,null,null,"National","NEM","NSW (inc. ACT)","Victoria","Queensland","South Australia","Tasmania","Western Australia","Northern Territory","Custom"]
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[]
[]
[null,null,"Electricity emissions by region (Mt) - National greenhouse gas inventory - kyoto Framework (http://ageis.climatechange.gov.au/#)"]
[null,null,"National","NEM","NSW (inc. ACT)","Victoria","Queensland","South Australia","Tasmania","Western Australia","Northern Territory","Custom"]
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[null,"Emissions factors  of avoided generation"]
[null,null,null,"Natural Gas","Black Coal","Brown coal"]
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[null,null,"$/MWh",{"$f":"D9*3.6/D5","v":72.000000000000014},{"$f":"E9*3.6/E5","v":16.363636363636363},{"$f":"F9*3.6/F5","v":8.4705882352941178}]
[null,null,"Variable non-fuel cost",1,1,1]
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[]
["Average savings from avoiding generation"]
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[null,null,"NEM",{"$f":"0.61*$E12+0.29*$F12+0.1*$D12","v":20.638288770053478},{"$f":"0.61*$E$6+0.29*$F$6+0.1*$D$6","v":1.0337499465240643},"Black (61%), Brown (29%), Gas (10%)",{"$f":"IF('Control Panel'!$D$6='Avoided generation assumptions'!C17,1,0)","v":0}]
[null,null,"NSW (inc. ACT)",{"$f":"1*$E12","v":17.363636363636363},{"$f":"1*$E$6","v":0.96763636363636363},"Black (100%)",{"$f":"IF('Control Panel'!$D$6='Avoided generation assumptions'!C18,1,0)","v":0}]
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[null,null,"Queensland",{"$f":"0.88*$E12+0.12*$D12","v":24.04},{"$f":"0.88*$E$6+0.12*$D$6","v":0.92582399999999998},"Black (88%), Gas (12%)",{"$f":"IF('Control Panel'!$D$6='Avoided generation assumptions'!C20,1,0)","v":0}]
[null,null,"South Australia",{"$f":"0.4*$F12+0.6*$D12","v":47.588235294117652},{"$f":"0.4*$F$6+0.6*$D$6","v":0.89782588235294125},"Gas (60%), Brown (40%) ",{"$f":"IF('Control Panel'!$D$6='Avoided generation assumptions'!C21,1,0)","v":0}]
[null,null,"Tasmania",{"$f":"1*$D12","v":73.000000000000014},{"$f":"1*$D$6","v":0.61920000000000008},"Gas (100%)",{"$f":"IF('Control Panel'!$D$6='Avoided generation assumptions'!C22,1,0)","v":0}]
[null,null,"Western Australia",{"$f":"0.52*$E12+0.48*$D12","v":44.069090909090917},{"$f":"0.52*$E$6+0.48*$D$6","v":0.80038690909090915},"Black (52%), Gas (48%)",{"$f":"IF('Control Panel'!$D$6='Avoided generation assumptions'!C23,1,0)","v":0}]
[null,null,"Northern Territory",{"$f":"1*$D12","v":73.000000000000014},{"$f":"1*$D$6","v":0.61920000000000008},"Gas (100%)",{"$f":"IF('Control Panel'!$D$6='Avoided generation assumptions'!C24,1,0)","v":0}]
[null,null,"Selected figures in model",{"$f":"SUMPRODUCT($G$16:$G$24,D16:D24)","v":22.465240641711233},{"$f":"SUMPRODUCT($G$16:$G$24,E16:E24)","v":1.0163342887700537}]
[]
[]
[null,null,null,"Modelled","BAU"]
[null,"Avoided from potential generation of existing supply"]
[null,null,"Amount of generation avoided (GWh)",{"$f":"'Scenario output data'!C43","v":6320.193081481586},{"$f":"'Scenario output data'!D43","v":0}]
[null,null,"Annual avoided variable cost ($billions)",{"$f":"D30*D25/1000000","v":0.14198465847756228},{"$f":"E30*D25/1000000","v":0}]
[null,null,"Annual avoided carbon cost ($billions)",{"$f":"D30*$E$25*1000*cost_CO2/1000000000","v":0.14773886562821101},{"$f":"E30*$E$25*1000*cost_CO2/1000000000","v":0}]
[null,null,"Amount of emissions avoided MtCO2",{"$f":"D30*$E$25/1000","v":6.4234289403570015},{"$f":"E30*$E$25/1000","v":0}]
[]
[null,null,"Amount avoided from potential generation (GWh)",{"$f":"'Scenario output data'!C37-'Scenario output data'!C38","v":6320.193081481586},{"$f":"'Scenario output data'!D37-'Scenario output data'!D38","v":0}]
[null,null,"Avoided emissions from max potential generation MtCO2",{"$f":"D35*$E$25/1000","v":6.4234289403570015},{"$f":"E35*$E$25/1000","v":0}]

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[null,{"$f":"'Select technologies'!E27","v":true},{"$f":"'Select technologies'!B27","v":"5A"},{"$f":"'Select technologies'!C27","v":"Improved Hydro Efficiency "},null,545,"MW",null,25,0,1.67,0,0,0.24,0.6,1,0.20250000000000001,0,null,null,null,null,null,null,null,{"$f":"'Inbuilt input data'!AI21","v":545},{"$f":"'Inbuilt input data'!P21","v":25},{"$f":"'Inbuilt input data'!Q21","v":0},{"$f":"'Inbuilt input data'!R21","v":1.67},{"$f":"'Inbuilt input data'!S21","v":0},{"$f":"'Inbuilt input data'!T21","v":0},{"$f":"'Inbuilt input data'!U21","v":0.24},{"$f":"'Input datasheet'!AL24","v":0.24},{"$f":"'Input datasheet'!AM24","v":0.24},{"$f":"'Inbuilt input data'!V21","v":0.6},{"$f":"'Inbuilt input data'!W21","v":1},null,0.24,0.24]
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[null,{"$f":"'Select technologies'!E30","v":true},{"$f":"'Select technologies'!B30","v":"5D"},{"$f":"'Select technologies'!C30","v":"Solar Thermal (with storage)"},null,2200,"MW",null,30,0,5.827,7.2999999999999995E-2,0,0.41,0.95,0.75,0.20250000000000001,0,"?higher?",null,null,null,null,null,null,{"$f":"'Inbuilt input data'!AI24","v":2200},{"$f":"'Inbuilt input data'!P24","v":30},{"$f":"'Inbuilt input data'!Q24","v":0},{"$f":"'Inbuilt input data'!R24","v":5.827},{"$f":"'Inbuilt input data'!S24","v":7.2999999999999995E-2},{"$f":"'Inbuilt input data'!T24","v":0},{"$f":"'Inbuilt input data'!U24","v":0.41},{"$f":"'Input datasheet'!AL27","v":0.41},{"$f":"'Input datasheet'!AM27","v":0.41},{"$f":"'Inbuilt input data'!V24","v":0.95},{"$f":"'Inbuilt input data'!W24","v":0.75},null,0.41,0.41]
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[null,{"$f":"'Select technologies'!E33","v":true},{"$f":"'Select technologies'!B33","v":"5G"},{"$f":"'Select technologies'!C33","v":"Geothermal - Hot Dry Rock"},null,1376,"MW",null,25,0,7.1405000000000003,0.187,0,0.85,0.95,1,1.3500000000000002E-2,0,null,null,null,null,null,null,null,{"$f":"'Inbuilt input data'!AI27","v":1376},{"$f":"'Inbuilt input data'!P27","v":25},{"$f":"'Inbuilt input data'!Q27","v":0},{"$f":"'Inbuilt input data'!R27","v":7.1405000000000003},{"$f":"'Inbuilt input data'!S27","v":0.187},{"$f":"'Inbuilt input data'!T27","v":0},{"$f":"'Inbuilt input data'!U27","v":0.85},{"$f":"'Input datasheet'!AL30","v":0.8},{"$f":"'Input datasheet'!AM30","v":0.9},{"$f":"'Inbuilt input data'!V27","v":0.95},{"$f":"'Inbuilt input data'!W27","v":1},null,0.8,0.9]
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[null,{"$f":"'Select technologies'!E36","v":true},{"$f":"'Select technologies'!B36","v":"6A"},{"$f":"'Select technologies'!C36","v":"Large scale batteries"},null,300,"MW",null,16,0,2.68,0.08,117.07,0.02,0.95,0.25,6.7500000000000004E-2,0,null,null,null,null,null,null,null,{"$f":"'Inbuilt input data'!AI29","v":300},{"$f":"'Inbuilt input data'!P29","v":16},{"$f":"'Inbuilt input data'!Q29","v":0},{"$f":"'Inbuilt input data'!R29","v":2.68},{"$f":"'Inbuilt input data'!S29","v":0.08},{"$f":"'Inbuilt input data'!T29","v":117.07},{"$f":"'Inbuilt input data'!U29","v":0.02},{"$f":"'Input datasheet'!AL32","v":0.02},{"$f":"'Input datasheet'!AM32","v":0.05},{"$f":"'Inbuilt input data'!V29","v":0.95},{"$f":"'Inbuilt input data'!W29","v":0.25},null,0.02,0.05]
[null,{"$f":"'Select technologies'!E37","v":true},{"$f":"'Select technologies'!B37","v":"6B"},{"$f":"'Select technologies'!C37","v":"Small scale batteries"},null,100,"MW",null,15,0,2.3199999999999998,4.1000000000000002E-2,0,0.05,0.95,0.2,5.4000000000000006E-2,0,0.25,null,null,null,null,null,null,{"$f":"'Inbuilt input data'!AI30","v":100},{"$f":"'Inbuilt input data'!P30","v":15},{"$f":"'Inbuilt input data'!Q30","v":0},{"$f":"'Inbuilt input data'!R30","v":2.3199999999999998},{"$f":"'Inbuilt input data'!S30","v":4.1000000000000002E-2},{"$f":"'Inbuilt input data'!T30","v":0},{"$f":"'Inbuilt input data'!U30","v":0.05},{"$f":"'Input datasheet'!AL33","v":0.05},{"$f":"'Input datasheet'!AM33","v":0.2},{"$f":"'Inbuilt input data'!V30","v":0.95},{"$f":"'Inbuilt input data'!W30","v":0.2},null,0.05,0.2]
[null,{"$f":"'Select technologies'!E39","v":true},{"$f":"'Select technologies'!B39","v":"7A"},{"$f":"'Select technologies'!C39","v":"Combined Cycle Gas Turbine"},null,10400,"MW",null,30,0.37152000000000002,1.2749999999999999,3.1E-2,44.25,0.65,0.95,1,0.27,0,null,null,null,null,null,null,null,{"$f":"'Inbuilt input data'!AI31","v":10400},{"$f":"'Inbuilt input data'!P31","v":30},{"$f":"'Inbuilt input data'!Q31","v":0.37152000000000002},{"$f":"'Inbuilt input data'!R31","v":1.2749999999999999},{"$f":"'Inbuilt input data'!S31","v":3.1E-2},{"$f":"'Inbuilt input data'!T31","v":44.25},{"$f":"'Inbuilt input data'!U31","v":0.65},{"$f":"'Input datasheet'!AL34","v":0.65},{"$f":"'Input datasheet'!AM34","v":0.92},{"$f":"'Inbuilt input data'!V31","v":0.95},{"$f":"'Inbuilt input data'!W31","v":1},null,0.65,0.92]
[null,{"$f":"'Select technologies'!E40","v":true},{"$f":"'Select technologies'!B40","v":"7B"},{"$f":"'Select technologies'!C40","v":"Open Cycle Gas Turbine"},null,10400,"MW",null,30,0.59922580645161294,0.91800000000000004,1.2999999999999999E-2,77.377419354838722,0.05,0.95,1,0.27,0,null,null,null,null,null,null,null,{"$f":"'Inbuilt input data'!AI32","v":10400},{"$f":"'Inbuilt input data'!P32","v":30},{"$f":"'Inbuilt input data'!Q32","v":0.59922580645161294},{"$f":"'Inbuilt input data'!R32","v":0.91800000000000004},{"$f":"'Inbuilt input data'!S32","v":1.2999999999999999E-2},{"$f":"'Inbuilt input data'!T32","v":77.377419354838722},{"$f":"'Inbuilt input data'!U32","v":0.05},{"$f":"'Input datasheet'!AL35","v":0.05},{"$f":"'Input datasheet'!AM35","v":0.65},{"$f":"'Inbuilt input data'!V32","v":0.95},{"$f":"'Inbuilt input data'!W32","v":1},null,0.05,0.65]
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["Inbuilt Input Data"]
["Information",null,null,null,null,"Inputs",null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,"Which scale has been selected?"]
[null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null," 1=selected, 0=not selected"]
["No.","Classification","Program/ Technology","Fuel","Description","Capacity potential NATIONAL (MW)","Capacity potential NEM (MW)","Capacity potential NSW & ACT (MW)","Capacity potential VIC (MW)","Capacity potential QLD (MW)","Capacity potential SA (MW)","Capacity potential TAS (MW)","Capacity potential WA (MW)","Capacity potential NT (MW)","Custom (MW, or KW if box is ticked) Manual input from '2b Custom scale'","Life of Capital (yrs)","Net Emissions (tCO2-e/ MWh)","Capital cost of Capacity ($M/MW)","Fixed O&M costs ($M/MW/y)","Variable Costs - Fuel and Increm'l O&M ($/MWh)","Capacity Factor (%)  ","Firm Peak Rating or Firm peak capacity factor (%)","Default Network Cost factor (%)","Annual Network Cost ($M/MW/y)","National","NEM","NSW (inc. ACT)","Victoria","Queensland","South Australia","Tasmania","Western Australia","Northern Territory","Custom","Inbuilt capacity data","BAU dummy","capacity data selected","Year ","Year weight","Dummy"]
["1A","Energy Efficiency","Industrial Energy Efficiency","Energy Efficiency","A variety of energy efficiency measures undertaken by industrial energy users across multiple industries.",{"$f":"SUM(H5:N5)","v":2920.8880643301131},{"$f":"SUM(H5:L5)","v":2454.4017169032641},{"$f":"975.163787905982","v":975.16378790598196},{"$f":"668.752726469866","v":668.75272646986605},{"$f":"580.373207198127","v":580.37320719812703},{"$f":"179.111995329289","v":179.11199532928899},{"$f":"51","v":51},{"$f":"428","v":428},{"$f":"38.4863474268489","v":38.486347426848901},"Insert data",12,0,0.99,0,0,0.65,"N/A",0,0,{"$f":"'Input data & costs'!AW6*$AM$14*'Input data & costs'!AY6","v":0},{"$f":"IF('Control Panel'!$D$6=Z$4,1,0)","v":0},{"$f":"IF('Control Panel'!$D$6=AA$4,1,0)","v":0},{"$f":"IF('Control Panel'!$D$6=AB$4,1,0)","v":0},{"$f":"IF('Control Panel'!$D$6=AC$4,1,0)","v":0},{"$f":"IF('Control Panel'!$D$6=AD$4,1,0)","v":0},{"$f":"'Control Panel'!$D$26*(1+'Control Panel'!$D$27)^(V53-$AD$5)","v":0},{"$f":"IF('Control Panel'!$D$6=AF$4,1,0)","v":0},{"$f":"IF('Control Panel'!$D$6=AG$4,1,0)","v":0},{"$f":"IF('Control Panel'!$D$6=AH$4,1,0)","v":0},{"$f":"IF('Control Panel'!$D$6=\"Custom\", 'Inbuilt input data'!O5,'Input data & costs'!BG6*$AM$14*'Input data & costs'!BI6)","v":2920.8880643301131},0,null,"2012/13",0.2,{"$f":"IF(AL5=$AL$14,1,0)","v":0}]
["1B","Energy Efficiency","Commercial Energy Efficiency","Energy Efficiency","Energy efficiency measures undertaken by commercial energy users in areas including: the Energy Star program, lighting, heating and cooling, pumping and air handling.",{"$f":"SUM(H6:M6)","v":2751.3016533633936},{"$f":"SUM(H6:L6)","v":2460.5352359512467},841.13830425967296,632.02781158672894,737.04222603505104,183.30926315113601,67.017630918658,290.76641741214701,50,"Insert data",19,0,3.1819541345260829,-0.11365971087409898,0,0.46995106780443691,"N/A",0,0,{"$f":"'Input data & costs'!AW7*$AM$14*'Input data & costs'!AY7","v":0},{"$f":"IF('Control Panel'!$D$6=Z$4,1,0)","v":0},{"$f":"IF('Control Panel'!$D$6=AA$4,1,0)","v":0},{"$f":"IF('Control Panel'!$D$6=AB$4,1,0)","v":0},{"$f":"IF('Control Panel'!$D$6=AC$4,1,0)","v":0},{"$f":"IF('Control Panel'!$D$6=AD$4,1,0)","v":0},{"$f":"IF('Control Panel'!$D$6=AE$4,1,0)","v":0},{"$f":"IF('Control Panel'!$D$6=AF$4,1,0)","v":0},{"$f":"IF('Control Panel'!$D$6=AG$4,1,0)","v":0},{"$f":"IF('Control Panel'!$D$6=AH$4,1,0)","v":0},{"$f":"IF('Control Panel'!$D$6=\"Custom\", 'Inbuilt input data'!O6,'Input data & costs'!BG7*$AM$14*'Input data & costs'!BI7)","v":2751.3016533633936},0,null,"2013/14",0.3,0]
["1C","Energy Efficiency","Residential Energy Efficiency","Energy Efficiency","Cost effective reduction in electricity consumption through improvements to residential space heating and cooling, insulation and draught sealing, lighting, refrigeration, hot water demand reduction.",{"$f":"SUM(H7:M7)","v":983.09901830330534},{"$f":"SUM(H7:L7)","v":881.65673145394032},318.48827398209602,91.326202994344001,372.81295571296101,90.022519399769294,9.0067793647699403,101.442286849365,6,"Insert data",14.3,0,0.54939196193441098,8.72227210404114E-2,0,0.28442029644081551,"N/A",0,0,{"$f":"'Input data & costs'!AW8*$AM$14*'Input data & costs'!AY8","v":0},{"$f":"IF('Control Panel'!$D$6=Z$4,1,0)","v":0},{"$f":"IF('Control Panel'!$D$6=AA$4,1,0)","v":0},{"$f":"IF('Control Panel'!$D$6=AB$4,1,0)","v":0},{"$f":"IF('Control Panel'!$D$6=AC$4,1,0)","v":0},{"$f":"IF('Control Panel'!$D$6=AD$4,1,0)","v":0},{"$f":"IF('Control Panel'!$D$6=AE$4,1,0)","v":0},{"$f":"IF('Control Panel'!$D$6=AF$4,1,0)","v":0},{"$f":"IF('Control Panel'!$D$6=AG$4,1,0)","v":0},{"$f":"IF('Control Panel'!$D$6=AH$4,1,0)","v":0},{"$f":"IF('Control Panel'!$D$6=\"Custom\", 'Inbuilt input data'!O7,'Input data & costs'!BG8*$AM$14*'Input data & costs'!BI8)","v":983.09901830330534},0,null,"2014/15",0.4,0]
["1D","Energy Efficiency","Residential Hot Water","Gas/solar substitution","Converting electric domestic hot water systems to electric boosted solar, heat pump and gas.",{"$f":"SUM(H8:N8)","v":151.03},{"$f":"SUM(H8:L8)","v":133.9},63.4,21,33,9,7.5,7.13,10,"Insert data",15,5.3999999999999999E-2,68.599999999999994,0,{"$f":"0.8865*('Control Panel'!D13+11)","v":15.070499999999999},4.99,"N/A",0,0,{"$f":"'Input data & costs'!AW9*$AM$14*'Input data & costs'!AY9","v":0},{"$f":"IF('Control Panel'!$D$6=Z$4,1,0)","v":0},{"$f":"IF('Control Panel'!$D$6=AA$4,1,0)","v":0},{"$f":"IF('Control Panel'!$D$6=AB$4,1,0)","v":0},{"$f":"IF('Control Panel'!$D$6=AC$4,1,0)","v":0},{"$f":"IF('Control Panel'!$D$6=AD$4,1,0)","v":0},{"$f":"IF('Control Panel'!$D$6=AE$4,1,0)","v":0},{"$f":"IF('Control Panel'!$D$6=AF$4,1,0)","v":0},{"$f":"IF('Control Panel'!$D$6=AG$4,1,0)","v":0},{"$f":"IF('Control Panel'!$D$6=AH$4,1,0)","v":0},{"$f":"IF('Control Panel'!$D$6=\"Custom\", 'Inbuilt input data'!O8,'Input data & costs'!BG9*$AM$14*'Input data & costs'!BI9)","v":151.03},0,null,"2015/16",0.5,0]
["2A","Peak Demand Management","Commercial & Industrial Demand Management","Demand Management","Commercial and industrial customers are provided incentives at times of peak demand to shed or interrupt their load or shift their load to times of lesser demand. ",2047,1742,700,477,399,129,37,278,29,"Insert data",15,0,0.05,0,1000,3.4246575342465752E-3,0.95,0.05,1.3500000000000002E-2,{"$f":"'Input data & costs'!AW10*$AM$14*'Input data & costs'!AY10","v":0},{"$f":"IF('Control Panel'!$D$6=Z$4,1,0)","v":0},{"$f":"IF('Control Panel'!$D$6=AA$4,1,0)","v":0},{"$f":"IF('Control Panel'!$D$6=AB$4,1,0)","v":0},{"$f":"IF('Control Panel'!$D$6=AC$4,1,0)","v":0},{"$f":"IF('Control Panel'!$D$6=AD$4,1,0)","v":0},{"$f":"IF('Control Panel'!$D$6=AE$4,1,0)","v":0},{"$f":"IF('Control Panel'!$D$6=AF$4,1,0)","v":0},{"$f":"IF('Control Panel'!$D$6=AG$4,1,0)","v":0},{"$f":"IF('Control Panel'!$D$6=AH$4,1,0)","v":0},{"$f":"IF('Control Panel'!$D$6=\"Custom\", 'Inbuilt input data'!O9,'Input data & costs'!BG10*$AM$14*'Input data & costs'!BI10)","v":2047},0,null,"2016/17",0.6,0]
["2B","Peak Demand Management","Residential Demand Management","Demand Management","Residential customers are provided with information and/or incentives to shed or interrupt their load peak demand or shift their load times of lesser demand. Achieved through widespread dynamic time of use pricing (as opposed to static TOU pricing), combined with moderate adoption of programmable communicable thermostats (PCT).",2981,2686,1103,623,641,224,95,262,33,"Insert data",20,0,2.74,2.4E-2,0,0.03,0.95,0.05,1.3500000000000002E-2,{"$f":"'Input data & costs'!AW11*$AM$14*'Input data & costs'!AY11","v":0},{"$f":"IF('Control Panel'!$D$6=Z$4,1,0)","v":0},{"$f":"IF('Control Panel'!$D$6=AA$4,1,0)","v":0},{"$f":"IF('Control Panel'!$D$6=AB$4,1,0)","v":0},{"$f":"IF('Control Panel'!$D$6=AC$4,1,0)","v":0},{"$f":"IF('Control Panel'!$D$6=AD$4,1,0)","v":0},{"$f":"IF('Control Panel'!$D$6=AE$4,1,0)","v":0},{"$f":"IF('Control Panel'!$D$6=AF$4,1,0)","v":0},{"$f":"IF('Control Panel'!$D$6=AG$4,1,0)","v":0},{"$f":"IF('Control Panel'!$D$6=AH$4,1,0)","v":0},{"$f":"IF('Control Panel'!$D$6=\"Custom\", 'Inbuilt input data'!O10,'Input data & costs'!BG11*$AM$14*'Input data & costs'!BI11)","v":2981},0,null,"2017/18",0.7,0]
["2C","Peak Demand Management","Commercial & Industrial Standby Generation","Peak Clipping","Commercial and industrial customers are provided incentives to turn on their standby generators during demand peaks.",953,811,326,222,186,60,17,130,13,"Insert data",15,0.71485714285714297,0.28999999999999998,0,339.84999999999997,0.01,0.95,0.05,1.3500000000000002E-2,{"$f":"'Input data & costs'!AW12*$AM$14*'Input data & costs'!AY12","v":0},{"$f":"IF('Control Panel'!$D$6=Z$4,1,0)","v":0},{"$f":"IF('Control Panel'!$D$6=AA$4,1,0)","v":0},{"$f":"IF('Control Panel'!$D$6=AB$4,1,0)","v":0},{"$f":"IF('Control Panel'!$D$6=AC$4,1,0)","v":0},{"$f":"IF('Control Panel'!$D$6=AD$4,1,0)","v":0},{"$f":"IF('Control Panel'!$D$6=AE$4,1,0)","v":0},{"$f":"IF('Control Panel'!$D$6=AF$4,1,0)","v":0},{"$f":"IF('Control Panel'!$D$6=AG$4,1,0)","v":0},{"$f":"IF('Control Panel'!$D$6=AH$4,1,0)","v":0},{"$f":"IF('Control Panel'!$D$6=\"Custom\", 'Inbuilt input data'!O11,'Input data & costs'!BG12*$AM$14*'Input data & costs'!BI12)","v":953},0,null,"2018/19",0.8,0]
["3A","Cogeneration (and Trigeneration)","Industrial Cogeneration","Natural Gas","Gas turbine at an industrial facility, where in addition to using the electricity generated, the useful heat is used for industrial heating loads.",2483,2036,660,740,400,153,83,330,30,"Insert data",30,0.22905055487053022,1.5529999999999999,0.02,{"$f":"3.6/0.811*('Control Panel'!D13+1)+3","v":34.072749691738593},0.7,0.95,0.25,6.7500000000000004E-2,{"$f":"'Input data & costs'!AW13*$AM$14*'Input data & costs'!AY13","v":0},{"$f":"IF('Control Panel'!$D$6=Z$4,1,0)","v":0},{"$f":"IF('Control Panel'!$D$6=AA$4,1,0)","v":0},{"$f":"IF('Control Panel'!$D$6=AB$4,1,0)","v":0},{"$f":"IF('Control Panel'!$D$6=AC$4,1,0)","v":0},{"$f":"IF('Control Panel'!$D$6=AD$4,1,0)","v":0},{"$f":"IF('Control Panel'!$D$6=AE$4,1,0)","v":0},{"$f":"IF('Control Panel'!$D$6=AF$4,1,0)","v":0},{"$f":"IF('Control Panel'!$D$6=AG$4,1,0)","v":0},{"$f":"IF('Control Panel'!$D$6=AH$4,1,0)","v":0},{"$f":"IF('Control Panel'!$D$6=\"Custom\", 'Inbuilt input data'!O12,'Input data & costs'!BG13*$AM$14*'Input data & costs'!BI13)","v":2483},0,null,"2019/20",0.9,0]
["3B","Cogeneration (and Trigeneration)","Commercial Trigeneration","Natural Gas","Gas turbine at a commercial site, where in addition to using the electricity generated, the useful heat is used for heating loads. D-CODE data includes the electricity generation component and the demand reduction component.",1343,1144,387,364,235,109,49,200,0,"Insert data",20,0.32589473684210529,2.2999999999999998,0,{"$f":"('Control Panel'!D13+3)*3.6/0.57+13","v":69.84210526315789},0.44,0.95,0.25,6.7500000000000004E-2,{"$f":"'Input data & costs'!AW14*$AM$14*'Input data & costs'!AY14","v":0},{"$f":"IF('Control Panel'!$D$6=Z$4,1,0)","v":0},{"$f":"IF('Control Panel'!$D$6=AA$4,1,0)","v":0},{"$f":"IF('Control Panel'!$D$6=AB$4,1,0)","v":0},{"$f":"IF('Control Panel'!$D$6=AC$4,1,0)","v":0},{"$f":"IF('Control Panel'!$D$6=AD$4,1,0)","v":0},{"$f":"IF('Control Panel'!$D$6=AE$4,1,0)","v":0},{"$f":"IF('Control Panel'!$D$6=AF$4,1,0)","v":0},{"$f":"IF('Control Panel'!$D$6=AG$4,1,0)","v":0},{"$f":"IF('Control Panel'!$D$6=AH$4,1,0)","v":0},{"$f":"IF('Control Panel'!$D$6=\"Custom\", 'Inbuilt input data'!O13,'Input data & costs'!BG14*$AM$14*'Input data & costs'!BI14)","v":1343},0,null,"2020/21",1,1]
["3C","Cogeneration (and Trigeneration)","Residential Cogeneration","Natural Gas","Gas turbine in a residential area, where in addition to using the electricity generated, the useful heat is used for heating loads. D-CODE data includes the electricity generation component and the demand reduction component.",612,552,209,205,74,45,19,62,0,"Insert data",25,0.28360305343511455,3.97,0.06,{"$f":"('Control Panel'!D13+11)*3.6/0.6555","v":93.363844393592686},0.41599999999999998,0.95,0.25,6.7500000000000004E-2,{"$f":"'Input data & costs'!AW15*$AM$14*'Input data & costs'!AY15","v":0},{"$f":"IF('Control Panel'!$D$6=Z$4,1,0)","v":0},{"$f":"IF('Control Panel'!$D$6=AA$4,1,0)","v":0},{"$f":"IF('Control Panel'!$D$6=AB$4,1,0)","v":0},{"$f":"IF('Control Panel'!$D$6=AC$4,1,0)","v":0},{"$f":"IF('Control Panel'!$D$6=AD$4,1,0)","v":0},{"$f":"IF('Control Panel'!$D$6=AE$4,1,0)","v":0},{"$f":"IF('Control Panel'!$D$6=AF$4,1,0)","v":0},{"$f":"IF('Control Panel'!$D$6=AG$4,1,0)","v":0},{"$f":"IF('Control Panel'!$D$6=AH$4,1,0)","v":0},{"$f":"IF('Control Panel'!$D$6=\"Custom\", 'Inbuilt input data'!O14,'Input data & costs'!BG15*$AM$14*'Input data & costs'!BI15)","v":612},0,null,{"$f":"'Control Panel'!D7","v":"2020/21"},{"$f":"SUMPRODUCT(AM5:AM13,AN5:AN13)","v":1}]
["4A","Bioenergy","Refuse Derived Fuel (RDF) to energy","Bioenergy","Electricity generated from gasification of municipal solid waste.",587,170,28,117,17,6,2,8,1,"Insert data",30,2.4E-2,4.5,0.04,35,0.86,0.95,0.2,5.4000000000000006E-2,{"$f":"'Input data & costs'!AW16*$AM$14*'Input data & costs'!AY16","v":0},{"$f":"IF('Control Panel'!$D$6=Z$4,1,0)","v":0},{"$f":"IF('Control Panel'!$D$6=AA$4,1,0)","v":0},{"$f":"IF('Control Panel'!$D$6=AB$4,1,0)","v":0},{"$f":"IF('Control Panel'!$D$6=AC$4,1,0)","v":0},{"$f":"IF('Control Panel'!$D$6=AD$4,1,0)","v":0},{"$f":"IF('Control Panel'!$D$6=AE$4,1,0)","v":0},{"$f":"IF('Control Panel'!$D$6=AF$4,1,0)","v":0},{"$f":"IF('Control Panel'!$D$6=AG$4,1,0)","v":0},{"$f":"IF('Control Panel'!$D$6=AH$4,1,0)","v":0},{"$f":"IF('Control Panel'!$D$6=\"Custom\", 'Inbuilt input data'!O15,'Input data & costs'!BG16*$AM$14*'Input data & costs'!BI16)","v":587},1]
["4B","Bioenergy","Agricultural Biogas","Bioenergy","Electricity generated by burning biogas which is produced from agricultural sources, such as digesting livestock waste.",106,93,36,26,21,8,2,11,1,"Insert data",25,5.2457142857142855E-2,2.7719999999999998,0.22,31.96,0.85,0.95,0.75,0.20250000000000001,{"$f":"'Input data & costs'!AW17*$AM$14*'Input data & costs'!AY17","v":0},{"$f":"IF('Control Panel'!$D$6=Z$4,1,0)","v":0},{"$f":"IF('Control Panel'!$D$6=AA$4,1,0)","v":0},{"$f":"IF('Control Panel'!$D$6=AB$4,1,0)","v":0},{"$f":"IF('Control Panel'!$D$6=AC$4,1,0)","v":0},{"$f":"IF('Control Panel'!$D$6=AD$4,1,0)","v":0},{"$f":"IF('Control Panel'!$D$6=AE$4,1,0)","v":0},{"$f":"IF('Control Panel'!$D$6=AF$4,1,0)","v":0},{"$f":"IF('Control Panel'!$D$6=AG$4,1,0)","v":0},{"$f":"IF('Control Panel'!$D$6=AH$4,1,0)","v":0},{"$f":"IF('Control Panel'!$D$6=\"Custom\", 'Inbuilt input data'!O16,'Input data & costs'!BG17*$AM$14*'Input data & costs'!BI17)","v":106},1]
["4C","Bioenergy","Biomass Plant","Bioenergy","Electricity generated by burning biomass, specifically forestry and sawmill residues and energy crops such as camphor laurel, oil mallee, eucalyptus and Enercane.",362,279,72,80,47,33,47,80,4,"Insert data",30,2.0571428571428574E-2,3.5,0.16,36.36,0.81,0.95,0.75,0.20250000000000001,{"$f":"'Input data & costs'!AW18*$AM$14*'Input data & costs'!AY18","v":0},{"$f":"IF('Control Panel'!$D$6=Z$4,1,0)","v":0},{"$f":"IF('Control Panel'!$D$6=AA$4,1,0)","v":0},{"$f":"IF('Control Panel'!$D$6=AB$4,1,0)","v":0},{"$f":"IF('Control Panel'!$D$6=AC$4,1,0)","v":0},{"$f":"IF('Control Panel'!$D$6=AD$4,1,0)","v":0},{"$f":"IF('Control Panel'!$D$6=AE$4,1,0)","v":0},{"$f":"IF('Control Panel'!$D$6=AF$4,1,0)","v":0},{"$f":"IF('Control Panel'!$D$6=AG$4,1,0)","v":0},{"$f":"IF('Control Panel'!$D$6=AH$4,1,0)","v":0},{"$f":"IF('Control Panel'!$D$6=\"Custom\", 'Inbuilt input data'!O17,'Input data & costs'!BG18*$AM$14*'Input data & costs'!BI18)","v":362},1]
["4D","Bioenergy","Biomass Cogen","Bioenergy","Burning biomass, specifically sugar cane bagasse, where in addition to using the electricity generated, the useful heat is used for heat processing.",514,514,90,4,410,0,10,0,0,"Insert data",30,1.542857142857143E-2,3.75,0.16,0,0.45,0.5,0.3,8.1000000000000003E-2,{"$f":"'Input data & costs'!AW19*$AM$14*'Input data & costs'!AY19","v":0},{"$f":"IF('Control Panel'!$D$6=Z$4,1,0)","v":0},{"$f":"IF('Control Panel'!$D$6=AA$4,1,0)","v":0},{"$f":"IF('Control Panel'!$D$6=AB$4,1,0)","v":0},{"$f":"IF('Control Panel'!$D$6=AC$4,1,0)","v":0},{"$f":"IF('Control Panel'!$D$6=AD$4,1,0)","v":0},{"$f":"IF('Control Panel'!$D$6=AE$4,1,0)","v":0},{"$f":"IF('Control Panel'!$D$6=AF$4,1,0)","v":0},{"$f":"IF('Control Panel'!$D$6=AG$4,1,0)","v":0},{"$f":"IF('Control Panel'!$D$6=AH$4,1,0)","v":0},{"$f":"IF('Control Panel'!$D$6=\"Custom\", 'Inbuilt input data'!O18,'Input data & costs'!BG19*$AM$14*'Input data & costs'!BI19)","v":514},1]
["4E","Bioenergy","Landfill gas","Bioenergy","Energy from capturing and burning methane released from decomposition of landfill waste.",148,131,50,37,30,11,3,15,1,"Insert data",25,5.2457142857142855E-2,2.2999999999999998,0.1,0,0.86,0.95,0.2,5.4000000000000006E-2,{"$f":"'Input data & costs'!AW20*$AM$14*'Input data & costs'!AY20","v":0},{"$f":"IF('Control Panel'!$D$6=Z$4,1,0)","v":0},{"$f":"IF('Control Panel'!$D$6=AA$4,1,0)","v":0},{"$f":"IF('Control Panel'!$D$6=AB$4,1,0)","v":0},{"$f":"IF('Control Panel'!$D$6=AC$4,1,0)","v":0},{"$f":"IF('Control Panel'!$D$6=AD$4,1,0)","v":0},{"$f":"IF('Control Panel'!$D$6=AE$4,1,0)","v":0},{"$f":"IF('Control Panel'!$D$6=AF$4,1,0)","v":0},{"$f":"IF('Control Panel'!$D$6=AG$4,1,0)","v":0},{"$f":"IF('Control Panel'!$D$6=AH$4,1,0)","v":0},{"$f":"IF('Control Panel'!$D$6=\"Custom\", 'Inbuilt input data'!O19,'Input data & costs'!BG20*$AM$14*'Input data & costs'!BI20)","v":148},1]
["4F","Bioenergy","Sewage gas (Municipal water)","Bioenergy","Energy from capturing and burning gas collected from sewage treatment plant bio-digesters.",118,105,40,29,24,9,3,12,1,"Insert data",25,5.2457142857142855E-2,2.23,7.0000000000000007E-2,56.58,0.86,0.95,0.2,5.4000000000000006E-2,{"$f":"'Input data & costs'!AW21*$AM$14*'Input data & costs'!AY21","v":0},{"$f":"IF('Control Panel'!$D$6=Z$4,1,0)","v":0},{"$f":"IF('Control Panel'!$D$6=AA$4,1,0)","v":0},{"$f":"IF('Control Panel'!$D$6=AB$4,1,0)","v":0},{"$f":"IF('Control Panel'!$D$6=AC$4,1,0)","v":0},{"$f":"IF('Control Panel'!$D$6=AD$4,1,0)","v":0},{"$f":"IF('Control Panel'!$D$6=AE$4,1,0)","v":0},{"$f":"IF('Control Panel'!$D$6=AF$4,1,0)","v":0},{"$f":"IF('Control Panel'!$D$6=AG$4,1,0)","v":0},{"$f":"IF('Control Panel'!$D$6=AH$4,1,0)","v":0},{"$f":"IF('Control Panel'!$D$6=\"Custom\", 'Inbuilt input data'!O20,'Input data & costs'!BG21*$AM$14*'Input data & costs'!BI21)","v":118},1]
["5A","Renewables","Improved Hydro Efficiency ","Renewables ","Various measures to improve the efficiency of existing hydroelectric power stations.",545,545,189,159,40,0,157,2,0,"Insert data",25,0,1.67,0,0,0.24,0.6,1,0.20250000000000001,{"$f":"'Input data & costs'!AW22*$AM$14*'Input data & costs'!AY22","v":0},{"$f":"IF('Control Panel'!$D$6=Z$4,1,0)","v":0},{"$f":"IF('Control Panel'!$D$6=AA$4,1,0)","v":0},{"$f":"IF('Control Panel'!$D$6=AB$4,1,0)","v":0},{"$f":"IF('Control Panel'!$D$6=AC$4,1,0)","v":0},{"$f":"IF('Control Panel'!$D$6=AD$4,1,0)","v":0},{"$f":"IF('Control Panel'!$D$6=AE$4,1,0)","v":0},{"$f":"IF('Control Panel'!$D$6=AF$4,1,0)","v":0},{"$f":"IF('Control Panel'!$D$6=AG$4,1,0)","v":0},{"$f":"IF('Control Panel'!$D$6=AH$4,1,0)","v":0},{"$f":"IF('Control Panel'!$D$6=\"Custom\", 'Inbuilt input data'!O21,'Input data & costs'!BG22*$AM$14*'Input data & costs'!BI22)","v":545},1]
["5B","Renewables","Wind (offshore)","Renewables ","Energy from wind is harnessed through large grid connected turbines, located up to several kilometres offshore.",2500,2300,525,925,175,575,100,200,0,"Insert data",25,0,3.83,0.11,0,0.37,0.13500000000000001,0.75,0.20250000000000001,{"$f":"'Input data & costs'!AW23*$AM$14*'Input data & costs'!AY23","v":0},{"$f":"IF('Control Panel'!$D$6=Z$4,1,0)","v":0},{"$f":"IF('Control Panel'!$D$6=AA$4,1,0)","v":0},{"$f":"IF('Control Panel'!$D$6=AB$4,1,0)","v":0},{"$f":"IF('Control Panel'!$D$6=AC$4,1,0)","v":0},{"$f":"IF('Control Panel'!$D$6=AD$4,1,0)","v":0},{"$f":"IF('Control Panel'!$D$6=AE$4,1,0)","v":0},{"$f":"IF('Control Panel'!$D$6=AF$4,1,0)","v":0},{"$f":"IF('Control Panel'!$D$6=AG$4,1,0)","v":0},{"$f":"IF('Control Panel'!$D$6=AH$4,1,0)","v":0},{"$f":"IF('Control Panel'!$D$6=\"Custom\", 'Inbuilt input data'!O22,'Input data & costs'!BG23*$AM$14*'Input data & costs'!BI23)","v":2500},1]
["5C","Renewables","Wind (onshore)","Renewables ","Energy from wind is harnessed through large grid connected turbines, located on land.",9416,8663,1977,3484,659,2166,377,753,0,"Insert data",25,0,2.7440000000000002,3.6999999999999998E-2,0,0.35,0.13500000000000001,0.75,0.20250000000000001,{"$f":"'Input data & costs'!AW24*$AM$14*'Input data & costs'!AY24","v":0},{"$f":"IF('Control Panel'!$D$6=Z$4,1,0)","v":0},{"$f":"IF('Control Panel'!$D$6=AA$4,1,0)","v":0},{"$f":"IF('Control Panel'!$D$6=AB$4,1,0)","v":0},{"$f":"IF('Control Panel'!$D$6=AC$4,1,0)","v":0},{"$f":"IF('Control Panel'!$D$6=AD$4,1,0)","v":0},{"$f":"IF('Control Panel'!$D$6=AE$4,1,0)","v":0},{"$f":"IF('Control Panel'!$D$6=AF$4,1,0)","v":0},{"$f":"IF('Control Panel'!$D$6=AG$4,1,0)","v":0},{"$f":"IF('Control Panel'!$D$6=AH$4,1,0)","v":0},{"$f":"IF('Control Panel'!$D$6=\"Custom\", 'Inbuilt input data'!O23,'Input data & costs'!BG24*$AM$14*'Input data & costs'!BI24)","v":9416},1]
["5D","Renewables","Solar Thermal (with storage)","Renewables ","Mirrors concentrate energy from the sun onto a focal point or tube filled with liquid. This liquid produces steam to drive a turbine.  Salt cells can store heat to provide electricity on demand.",2200,1804,550,264,660,330,0,330,66,"Insert data",30,0,5.827,7.2999999999999995E-2,0,0.41,0.95,0.75,0.20250000000000001,{"$f":"'Input data & costs'!AW25*$AM$14*'Input data & costs'!AY25","v":0},{"$f":"IF('Control Panel'!$D$6=Z$4,1,0)","v":0},{"$f":"IF('Control Panel'!$D$6=AA$4,1,0)","v":0},{"$f":"IF('Control Panel'!$D$6=AB$4,1,0)","v":0},{"$f":"IF('Control Panel'!$D$6=AC$4,1,0)","v":0},{"$f":"IF('Control Panel'!$D$6=AD$4,1,0)","v":0},{"$f":"IF('Control Panel'!$D$6=AE$4,1,0)","v":0},{"$f":"IF('Control Panel'!$D$6=AF$4,1,0)","v":0},{"$f":"IF('Control Panel'!$D$6=AG$4,1,0)","v":0},{"$f":"IF('Control Panel'!$D$6=AH$4,1,0)","v":0},{"$f":"IF('Control Panel'!$D$6=\"Custom\", 'Inbuilt input data'!O24,'Input data & costs'!BG25*$AM$14*'Input data & costs'!BI25)","v":2200},1]
["5E","Renewables","Concentrating solar PV","Renewables ","Mirrors concentrate and reflect sunlight onto high efficiency solar photovoltaic cells to produce electricity.","TBC",0,"TBC","TBC","TBC","TBC","TBC","TBC","TBC","Insert data",30,0,2.7,"TBC","TBC",0.26,"TBC",0.75,0.20250000000000001,{"$f":"'Input data & costs'!AW26*$AM$14*'Input data & costs'!AY26","v":0},{"$f":"IF('Control Panel'!$D$6=Z$4,1,0)","v":0},{"$f":"IF('Control Panel'!$D$6=AA$4,1,0)","v":0},{"$f":"IF('Control Panel'!$D$6=AB$4,1,0)","v":0},{"$f":"IF('Control Panel'!$D$6=AC$4,1,0)","v":0},{"$f":"IF('Control Panel'!$D$6=AD$4,1,0)","v":0},{"$f":"IF('Control Panel'!$D$6=AE$4,1,0)","v":0},{"$f":"IF('Control Panel'!$D$6=AF$4,1,0)","v":0},{"$f":"IF('Control Panel'!$D$6=AG$4,1,0)","v":0},{"$f":"IF('Control Panel'!$D$6=AH$4,1,0)","v":0},{"$f":"IF('Control Panel'!$D$6=\"Custom\", 'Inbuilt input data'!O25,'Input data & costs'!BG26*$AM$14*'Input data & costs'!BI26)","v":0},1]
["5F","Renewables","Solar PV (Grid connected)","Renewables ","Energy from the sun is harnessed through grid connected photovoltaic power systems.",2500,2221,853,527,591,204,46,255,25,"Insert data",30,0,4.6500000000000004,0.06,0,0.14840182648401828,0.35,0.05,0.27,{"$f":"'Input data & costs'!AW27*$AM$14*'Input data & costs'!AY27","v":0},{"$f":"IF('Control Panel'!$D$6=Z$4,1,0)","v":0},{"$f":"IF('Control Panel'!$D$6=AA$4,1,0)","v":0},{"$f":"IF('Control Panel'!$D$6=AB$4,1,0)","v":0},{"$f":"IF('Control Panel'!$D$6=AC$4,1,0)","v":0},{"$f":"IF('Control Panel'!$D$6=AD$4,1,0)","v":0},{"$f":"IF('Control Panel'!$D$6=AE$4,1,0)","v":0},{"$f":"IF('Control Panel'!$D$6=AF$4,1,0)","v":0},{"$f":"IF('Control Panel'!$D$6=AG$4,1,0)","v":0},{"$f":"IF('Control Panel'!$D$6=AH$4,1,0)","v":0},{"$f":"IF('Control Panel'!$D$6=\"Custom\", 'Inbuilt input data'!O26,'Input data & costs'!BG27*$AM$14*'Input data & costs'!BI27)","v":2500},1]
["5G","Renewables","Geothermal (hot dry rock)","Renewables ","Heat stored in low permeability rock below the earth's surface is harnessed by circulating water through drilled or naturally occurring fissures and using the returned superheated steam to generate electricity.",1376,1198,206,28,482,482,0,179,0,"Insert data",25,0,7.1405000000000003,0.187,0,0.85,0.95,1,1.3500000000000002E-2,{"$f":"'Input data & costs'!AW28*$AM$14*'Input data & costs'!AY28","v":0},{"$f":"IF('Control Panel'!$D$6=Z$4,1,0)","v":0},{"$f":"IF('Control Panel'!$D$6=AA$4,1,0)","v":0},{"$f":"IF('Control Panel'!$D$6=AB$4,1,0)","v":0},{"$f":"IF('Control Panel'!$D$6=AC$4,1,0)","v":0},{"$f":"IF('Control Panel'!$D$6=AD$4,1,0)","v":0},{"$f":"IF('Control Panel'!$D$6=AE$4,1,0)","v":0},{"$f":"IF('Control Panel'!$D$6=AF$4,1,0)","v":0},{"$f":"IF('Control Panel'!$D$6=AG$4,1,0)","v":0},{"$f":"IF('Control Panel'!$D$6=AH$4,1,0)","v":0},{"$f":"IF('Control Panel'!$D$6=\"Custom\", 'Inbuilt input data'!O27,'Input data & costs'!BG28*$AM$14*'Input data & costs'!BI28)","v":1376},1]
["5H","Renewables","Ocean","Renewables ","Large turbines are positioned underwater to take advantage of regular tidal flows (wave energy is not included in this analysis).",500,50,0,0,50,0,0,400,50,"Insert data",20,0,3.11,0.57999999999999996,0,0.3,0.3,0.75,0.20250000000000001,{"$f":"'Input data & costs'!AW29*$AM$14*'Input data & costs'!AY29","v":0},{"$f":"IF('Control Panel'!$D$6=Z$4,1,0)","v":0},{"$f":"IF('Control Panel'!$D$6=AA$4,1,0)","v":0},{"$f":"IF('Control Panel'!$D$6=AB$4,1,0)","v":0},{"$f":"IF('Control Panel'!$D$6=AC$4,1,0)","v":0},{"$f":"IF('Control Panel'!$D$6=AD$4,1,0)","v":0},{"$f":"IF('Control Panel'!$D$6=AE$4,1,0)","v":0},{"$f":"IF('Control Panel'!$D$6=AF$4,1,0)","v":0},{"$f":"IF('Control Panel'!$D$6=AG$4,1,0)","v":0},{"$f":"IF('Control Panel'!$D$6=AH$4,1,0)","v":0},{"$f":"IF('Control Panel'!$D$6=\"Custom\", 'Inbuilt input data'!O28,'Input data & costs'!BG29*$AM$14*'Input data & costs'!BI29)","v":500},1]
["6A","Energy Storage","Large scale batteries","Energy Storage","Sodium Sulphur Battery - High Temp battery (molten sulphur and molten sodium).  Suitable for applications between 10 and 100MW. Stand alone units used for peak shaving and often used to balance loads of power plants such as wind",300,266,102,74,61,22,7,31,3,"Insert data",16,0,2.68,0.08,117.07,0.02,0.95,0.25,6.7500000000000004E-2,{"$f":"'Input data & costs'!AW30*$AM$14*'Input data & costs'!AY30","v":0},{"$f":"IF('Control Panel'!$D$6=Z$4,1,0)","v":0},{"$f":"IF('Control Panel'!$D$6=AA$4,1,0)","v":0},{"$f":"IF('Control Panel'!$D$6=AB$4,1,0)","v":0},{"$f":"IF('Control Panel'!$D$6=AC$4,1,0)","v":0},{"$f":"IF('Control Panel'!$D$6=AD$4,1,0)","v":0},{"$f":"IF('Control Panel'!$D$6=AE$4,1,0)","v":0},{"$f":"IF('Control Panel'!$D$6=AF$4,1,0)","v":0},{"$f":"IF('Control Panel'!$D$6=AG$4,1,0)","v":0},{"$f":"IF('Control Panel'!$D$6=AH$4,1,0)","v":0},{"$f":"IF('Control Panel'!$D$6=\"Custom\", 'Inbuilt input data'!O29,'Input data & costs'!BG30*$AM$14*'Input data & costs'!BI30)","v":300},0]
["6B","Energy Storage","Small scale batteries","Energy Storage","Flow Batteries (Vanadium Redox, Zinc Bromine). Similar in operation to hydrogen fuel cell.  Suitable for applications between 100kW and 10MW normally in association with peaky power plants such as wind or solar",100,88,34,25,20,7,2,10,1,"Insert data",15,0,2.3199999999999998,4.1000000000000002E-2,0,0.05,0.95,0.2,5.4000000000000006E-2,{"$f":"'Input data & costs'!AW31*$AM$14*'Input data & costs'!AY31","v":0},{"$f":"IF('Control Panel'!$D$6=Z$4,1,0)","v":0},{"$f":"IF('Control Panel'!$D$6=AA$4,1,0)","v":0},{"$f":"IF('Control Panel'!$D$6=AB$4,1,0)","v":0},{"$f":"IF('Control Panel'!$D$6=AC$4,1,0)","v":0},{"$f":"IF('Control Panel'!$D$6=AD$4,1,0)","v":0},{"$f":"IF('Control Panel'!$D$6=AE$4,1,0)","v":0},{"$f":"IF('Control Panel'!$D$6=AF$4,1,0)","v":0},{"$f":"IF('Control Panel'!$D$6=AG$4,1,0)","v":0},{"$f":"IF('Control Panel'!$D$6=AH$4,1,0)","v":0},{"$f":"IF('Control Panel'!$D$6=\"Custom\", 'Inbuilt input data'!O30,'Input data & costs'!BG31*$AM$14*'Input data & costs'!BI31)","v":100},0]
["7A","Centralised Fossil","Combined Cycle Gas Turbine","Gas"," Internal combustion jet turbine, powered by natural gas, with waste heat converted to additional electrical energy by steam turbines",10400,8800,4000,2000,2000,500,300,1500,100,"Insert data",30,0.37152000000000002,1.2749999999999999,3.1E-2,{"$f":"'Control Panel'!$D$13*3.6/0.5+1.05","v":44.25},0.65,0.95,1,0.27,{"$f":"'Input data & costs'!AW32*$AM$14*'Input data & costs'!AY32","v":0},{"$f":"IF('Control Panel'!$D$6=Z$4,1,0)","v":0},{"$f":"IF('Control Panel'!$D$6=AA$4,1,0)","v":0},{"$f":"IF('Control Panel'!$D$6=AB$4,1,0)","v":0},{"$f":"IF('Control Panel'!$D$6=AC$4,1,0)","v":0},{"$f":"IF('Control Panel'!$D$6=AD$4,1,0)","v":0},{"$f":"IF('Control Panel'!$D$6=AE$4,1,0)","v":0},{"$f":"IF('Control Panel'!$D$6=AF$4,1,0)","v":0},{"$f":"IF('Control Panel'!$D$6=AG$4,1,0)","v":0},{"$f":"IF('Control Panel'!$D$6=AH$4,1,0)","v":0},{"$f":"IF('Control Panel'!$D$6=\"Custom\", 'Inbuilt input data'!O31,'Input data & costs'!BG32*$AM$14*'Input data & costs'!BI32)","v":10400},1]
["7B","Centralised Fossil","Open Cycle Gas Turbine","Gas"," Internal combustion jet turbine, powered by natural gas",10400,8800,4000,2000,2000,500,300,1500,100,"Insert data",30,0.59922580645161294,0.91800000000000004,1.2999999999999999E-2,{"$f":"'Control Panel'!D13*3.6/0.31+7.7","v":77.377419354838722},0.05,0.95,1,0.27,{"$f":"'Input data & costs'!AW33*$AM$14*'Input data & costs'!AY33","v":0},{"$f":"IF('Control Panel'!$D$6=Z$4,1,0)","v":0},{"$f":"IF('Control Panel'!$D$6=AA$4,1,0)","v":0},{"$f":"IF('Control Panel'!$D$6=AB$4,1,0)","v":0},{"$f":"IF('Control Panel'!$D$6=AC$4,1,0)","v":0},{"$f":"IF('Control Panel'!$D$6=AD$4,1,0)","v":0},{"$f":"IF('Control Panel'!$D$6=AE$4,1,0)","v":0},{"$f":"IF('Control Panel'!$D$6=AF$4,1,0)","v":0},{"$f":"IF('Control Panel'!$D$6=AG$4,1,0)","v":0},{"$f":"IF('Control Panel'!$D$6=AH$4,1,0)","v":0},{"$f":"IF('Control Panel'!$D$6=\"Custom\", 'Inbuilt input data'!O32,'Input data & costs'!BG33*$AM$14*'Input data & costs'!BI33)","v":10400},1]
["7C","Centralised Fossil","Supercritical black coal (dry cool)","Black Coal","Turbine produces electricity from steam at supercritical temperatures.  The steam is produced in a boiler by combusting pulverised black coal.",10000,8000,5000,0,3000,0,0,2000,0,"Insert data",40,0.72750000000000004,2.2130000000000001,4.8000000000000001E-2,14.34,0.65,0.95,1,0.27,{"$f":"'Input data & costs'!AW34*$AM$14*'Input data & costs'!AY34","v":0},{"$f":"IF('Control Panel'!$D$6=Z$4,1,0)","v":0},{"$f":"IF('Control Panel'!$D$6=AA$4,1,0)","v":0},{"$f":"IF('Control Panel'!$D$6=AB$4,1,0)","v":0},{"$f":"IF('Control Panel'!$D$6=AC$4,1,0)","v":0},{"$f":"IF('Control Panel'!$D$6=AD$4,1,0)","v":0},{"$f":"IF('Control Panel'!$D$6=AE$4,1,0)","v":0},{"$f":"IF('Control Panel'!$D$6=AF$4,1,0)","v":0},{"$f":"IF('Control Panel'!$D$6=AG$4,1,0)","v":0},{"$f":"IF('Control Panel'!$D$6=AH$4,1,0)","v":0},{"$f":"IF('Control Panel'!$D$6=\"Custom\", 'Inbuilt input data'!O33,'Input data & costs'!BG34*$AM$14*'Input data & costs'!BI34)","v":10000},1]
["7D","Centralised Fossil","Supercritical brown coal (dry cool)","Brown Coal","Turbine produces electricity from steam at supercritical temperatures.  The steam is produced in a boiler by combusting pulverised brown coal.",4500,4500,0,2500,0,1500,500,0,0,"Insert data",40,0.78,3.48,5.5E-2,6.1,0.65,0.95,1,0.27,{"$f":"'Input data & costs'!AW35*$AM$14*'Input data & costs'!AY35","v":0},{"$f":"IF('Control Panel'!$D$6=Z$4,1,0)","v":0},{"$f":"IF('Control Panel'!$D$6=AA$4,1,0)","v":0},{"$f":"IF('Control Panel'!$D$6=AB$4,1,0)","v":0},{"$f":"IF('Control Panel'!$D$6=AC$4,1,0)","v":0},{"$f":"IF('Control Panel'!$D$6=AD$4,1,0)","v":0},{"$f":"IF('Control Panel'!$D$6=AE$4,1,0)","v":0},{"$f":"IF('Control Panel'!$D$6=AF$4,1,0)","v":0},{"$f":"IF('Control Panel'!$D$6=AG$4,1,0)","v":0},{"$f":"IF('Control Panel'!$D$6=AH$4,1,0)","v":0},{"$f":"IF('Control Panel'!$D$6=\"Custom\", 'Inbuilt input data'!O34,'Input data & costs'!BG35*$AM$14*'Input data & costs'!BI35)","v":4500},1]
["7E","Centralised Fossil","Improved power station efficiency - black coal","Black Coal","Various measures to improve power station efficiency of existing black coal fired power stations.",{"$f":"288*(1+'Peak Supply data'!$X$61)","v":288},{"$f":"SUM(H35:L35)*(1+'Peak Supply data'!$X$61)","v":262},{"$f":"150*(1+'Peak Supply data'!$X$61)","v":150},{"$f":"0*(1+'Peak Supply data'!$X$61)","v":0},{"$f":"112*(1+'Peak Supply data'!$X$61)","v":112},{"$f":"0*(1+'Peak Supply data'!$X$61)","v":0},{"$f":"0*(1+'Peak Supply data'!$X$61)","v":0},{"$f":"23*(1+'Peak Supply data'!$X$61)","v":23},{"$f":"0*(1+'Peak Supply data'!$X$61)","v":0},"Insert data",25,0,0.76,0,0,0.65,0.95,1,0.27,{"$f":"'Input data & costs'!AW36*$AM$14*'Input data & costs'!AY36","v":0},{"$f":"IF('Control Panel'!$D$6=Z$4,1,0)","v":0},{"$f":"IF('Control Panel'!$D$6=AA$4,1,0)","v":0},{"$f":"IF('Control Panel'!$D$6=AB$4,1,0)","v":0},{"$f":"IF('Control Panel'!$D$6=AC$4,1,0)","v":0},{"$f":"IF('Control Panel'!$D$6=AD$4,1,0)","v":0},{"$f":"IF('Control Panel'!$D$6=AE$4,1,0)","v":0},{"$f":"IF('Control Panel'!$D$6=AF$4,1,0)","v":0},{"$f":"IF('Control Panel'!$D$6=AG$4,1,0)","v":0},{"$f":"IF('Control Panel'!$D$6=AH$4,1,0)","v":0},{"$f":"IF('Control Panel'!$D$6=\"Custom\", 'Inbuilt input data'!O35,'Input data & costs'!BG36*$AM$14*'Input data & costs'!BI36)","v":288},1]
["7F","Centralised Fossil","Improved power station efficiency - brown coal","Brown Coal","Various measures to improve power station efficiency of existing brown coal fired power stations.",{"$f":"229*(1+'Peak Supply data'!X69)","v":229},{"$f":"SUM(H36:L36)*(1+'Peak Supply data'!X69)","v":228},{"$f":"0*(1+'Peak Supply data'!X69)","v":0},{"$f":"203*(1+'Peak Supply data'!X69)","v":203},{"$f":"0*(1+'Peak Supply data'!X69)","v":0},{"$f":"25*(1+'Peak Supply data'!X69)","v":25},{"$f":"0*(1+'Peak Supply data'!X69)","v":0},{"$f":"0*(1+'Peak Supply data'!X69)","v":0},0,"Insert data",25,0,1.1100000000000001,0,0,0.65,0.95,1,0.27,{"$f":"'Input data & costs'!AW37*$AM$14*'Input data & costs'!AY37","v":0},{"$f":"IF('Control Panel'!$D$6=Z$4,1,0)","v":0},{"$f":"IF('Control Panel'!$D$6=AA$4,1,0)","v":0},{"$f":"IF('Control Panel'!$D$6=AB$4,1,0)","v":0},{"$f":"IF('Control Panel'!$D$6=AC$4,1,0)","v":0},{"$f":"IF('Control Panel'!$D$6=AD$4,1,0)","v":0},{"$f":"IF('Control Panel'!$D$6=AE$4,1,0)","v":0},{"$f":"IF('Control Panel'!$D$6=AF$4,1,0)","v":0},{"$f":"IF('Control Panel'!$D$6=AG$4,1,0)","v":0},{"$f":"IF('Control Panel'!$D$6=AH$4,1,0)","v":0},{"$f":"IF('Control Panel'!$D$6=\"Custom\", 'Inbuilt input data'!O36,'Input data & costs'!BG37*$AM$14*'Input data & costs'!BI37)","v":229},1]
["7G","Centralised Fossil","IGCC with CCS","Black Coal","Internal gasifcation combined cycle technology with carbon capture and storage.  Black coal is gasified and combusted to generate electricity, and emissions are pressurised and pumped into underground geologic features.",1030,1030,500,0,530,0,0,120,0,"Insert data",30,0.14514545454545455,8.11,7.4999999999999997E-2,21.524545454545454,0.65,0.95,1,0.27,{"$f":"'Input data & costs'!AW38*$AM$14*'Input data & costs'!AY38","v":0},{"$f":"IF('Control Panel'!$D$6=Z$4,1,0)","v":0},{"$f":"IF('Control Panel'!$D$6=AA$4,1,0)","v":0},{"$f":"IF('Control Panel'!$D$6=AB$4,1,0)","v":0},{"$f":"IF('Control Panel'!$D$6=AC$4,1,0)","v":0},{"$f":"IF('Control Panel'!$D$6=AD$4,1,0)","v":0},{"$f":"IF('Control Panel'!$D$6=AE$4,1,0)","v":0},{"$f":"IF('Control Panel'!$D$6=AF$4,1,0)","v":0},{"$f":"IF('Control Panel'!$D$6=AG$4,1,0)","v":0},{"$f":"IF('Control Panel'!$D$6=AH$4,1,0)","v":0},{"$f":"IF('Control Panel'!$D$6=\"Custom\", 'Inbuilt input data'!O37,'Input data & costs'!BG38*$AM$14*'Input data & costs'!BI38)","v":1030},1]
["8A","Insert technology","Enter name here","Enter fuel here (optional)","Enter description here (optional)","Insert data","Insert data","Insert data","Insert data","Insert data","Insert data","Insert data","Insert data","Insert data","Insert data","Insert data","Insert data","Insert data","Insert data","Insert data","Insert data","Insert data","insert data",{"$error":"#VALUE!"},{"$f":"'Input data & costs'!AW39*$AM$14*'Input data & costs'!AY39","v":0},{"$f":"IF('Control Panel'!$D$6=Z$4,1,0)","v":0},{"$f":"IF('Control Panel'!$D$6=AA$4,1,0)","v":0},{"$f":"IF('Control Panel'!$D$6=AB$4,1,0)","v":0},{"$f":"IF('Control Panel'!$D$6=AC$4,1,0)","v":0},{"$f":"IF('Control Panel'!$D$6=AD$4,1,0)","v":0},{"$f":"IF('Control Panel'!$D$6=AE$4,1,0)","v":0},{"$f":"IF('Control Panel'!$D$6=AF$4,1,0)","v":0},{"$f":"IF('Control Panel'!$D$6=AG$4,1,0)","v":0},{"$f":"IF('Control Panel'!$D$6=AH$4,1,0)","v":0},{"$f":"IF('Control Panel'!$D$6=\"Custom\", 'Inbuilt input data'!O38,'Input data & costs'!BG39*$AM$14*'Input data & costs'!BI39)","v":0},0]
["8B","Insert technology","Enter name here","Enter fuel here (optional)","Enter description here (optional)","Insert data","Insert data","Insert data","Insert data","Insert data","Insert data","Insert data","Insert data","Insert data","Insert data","Insert data","Insert data","Insert data","Insert data","Insert data","Insert data","Insert data","insert data",{"$error":"#VALUE!"},{"$f":"'Input data & costs'!AW40*$AM$14*'Input data & costs'!AY40","v":0},{"$f":"IF('Control Panel'!$D$6=Z$4,1,0)","v":0},{"$f":"IF('Control Panel'!$D$6=AA$4,1,0)","v":0},{"$f":"IF('Control Panel'!$D$6=AB$4,1,0)","v":0},{"$f":"IF('Control Panel'!$D$6=AC$4,1,0)","v":0},{"$f":"IF('Control Panel'!$D$6=AD$4,1,0)","v":0},{"$f":"IF('Control Panel'!$D$6=AE$4,1,0)","v":0},{"$f":"IF('Control Panel'!$D$6=AF$4,1,0)","v":0},{"$f":"IF('Control Panel'!$D$6=AG$4,1,0)","v":0},{"$f":"IF('Control Panel'!$D$6=AH$4,1,0)","v":0},{"$f":"IF('Control Panel'!$D$6=\"Custom\", 'Inbuilt input data'!O39,'Input data & costs'!BG40*$AM$14*'Input data & costs'!BI40)","v":0},0]
["8C","Insert technology","Enter name here","Enter fuel here (optional)","Enter description here (optional)","Insert data","Insert data","Insert data","Insert data","Insert data","Insert data","Insert data","Insert data","Insert data","Insert data","Insert data","Insert data","Insert data","Insert data","Insert data","Insert data","Insert data","insert data",{"$error":"#VALUE!"},{"$f":"'Input data & costs'!AW41*$AM$14*'Input data & costs'!AY41","v":0},{"$f":"IF('Control Panel'!$D$6=Z$4,1,0)","v":0},{"$f":"IF('Control Panel'!$D$6=AA$4,1,0)","v":0},{"$f":"IF('Control Panel'!$D$6=AB$4,1,0)","v":0},{"$f":"IF('Control Panel'!$D$6=AC$4,1,0)","v":0},{"$f":"IF('Control Panel'!$D$6=AD$4,1,0)","v":0},{"$f":"IF('Control Panel'!$D$6=AE$4,1,0)","v":0},{"$f":"IF('Control Panel'!$D$6=AF$4,1,0)","v":0},{"$f":"IF('Control Panel'!$D$6=AG$4,1,0)","v":0},{"$f":"IF('Control Panel'!$D$6=AH$4,1,0)","v":0},{"$f":"IF('Control Panel'!$D$6=\"Custom\", 'Inbuilt input data'!O40,'Input data & costs'!BG41*$AM$14*'Input data & costs'!BI41)","v":0},0]
["8D","Insert technology","Enter name here","Enter fuel here (optional)","Enter description here (optional)","Insert data","Insert data","Insert data","Insert data","Insert data","Insert data","Insert data","Insert data","Insert data","Insert data","Insert data","Insert data","Insert data","Insert data","Insert data","Insert data","Insert data","insert data",{"$error":"#VALUE!"},{"$f":"'Input data & costs'!AW42*$AM$14*'Input data & costs'!AY42","v":0},{"$f":"IF('Control Panel'!$D$6=Z$4,1,0)","v":0},{"$f":"IF('Control Panel'!$D$6=AA$4,1,0)","v":0},{"$f":"IF('Control Panel'!$D$6=AB$4,1,0)","v":0},{"$f":"IF('Control Panel'!$D$6=AC$4,1,0)","v":0},{"$f":"IF('Control Panel'!$D$6=AD$4,1,0)","v":0},{"$f":"IF('Control Panel'!$D$6=AE$4,1,0)","v":0},{"$f":"IF('Control Panel'!$D$6=AF$4,1,0)","v":0},{"$f":"IF('Control Panel'!$D$6=AG$4,1,0)","v":0},{"$f":"IF('Control Panel'!$D$6=AH$4,1,0)","v":0},{"$f":"IF('Control Panel'!$D$6=\"Custom\", 'Inbuilt input data'!O41,'Input data & costs'!BG42*$AM$14*'Input data & costs'!BI42)","v":0},0]
["8E","Insert technology","Enter name here","Enter fuel here (optional)","Enter description here (optional)","Insert data","Insert data","Insert data","Insert data","Insert data","Insert data","Insert data","Insert data","Insert data","Insert data","Insert data","Insert data","Insert data","Insert data","Insert data","Insert data","Insert data","insert data",{"$error":"#VALUE!"},{"$f":"'Input data & costs'!AW43*$AM$14*'Input data & costs'!AY43","v":0},{"$f":"IF('Control Panel'!$D$6=Z$4,1,0)","v":0},{"$f":"IF('Control Panel'!$D$6=AA$4,1,0)","v":0},{"$f":"IF('Control Panel'!$D$6=AB$4,1,0)","v":0},{"$f":"IF('Control Panel'!$D$6=AC$4,1,0)","v":0},{"$f":"IF('Control Panel'!$D$6=AD$4,1,0)","v":0},{"$f":"IF('Control Panel'!$D$6=AE$4,1,0)","v":0},{"$f":"IF('Control Panel'!$D$6=AF$4,1,0)","v":0},{"$f":"IF('Control Panel'!$D$6=AG$4,1,0)","v":0},{"$f":"IF('Control Panel'!$D$6=AH$4,1,0)","v":0},{"$f":"IF('Control Panel'!$D$6=\"Custom\", 'Inbuilt input data'!O42,'Input data & costs'!BG43*$AM$14*'Input data & costs'!BI43)","v":0},0]
["8F","Insert technology","Enter name here","Enter fuel here (optional)","Enter description here (optional)","Insert data","Insert data","Insert data","Insert data","Insert data","Insert data","Insert data","Insert data","Insert data","Insert data","Insert data","Insert data","Insert data","Insert data","Insert data","Insert data","Insert data","insert data",{"$error":"#VALUE!"},{"$f":"'Input data & costs'!AW44*$AM$14*'Input data & costs'!AY44","v":0},{"$f":"IF('Control Panel'!$D$6=Z$4,1,0)","v":0},{"$f":"IF('Control Panel'!$D$6=AA$4,1,0)","v":0},{"$f":"IF('Control Panel'!$D$6=AB$4,1,0)","v":0},{"$f":"IF('Control Panel'!$D$6=AC$4,1,0)","v":0},{"$f":"IF('Control Panel'!$D$6=AD$4,1,0)","v":0},{"$f":"IF('Control Panel'!$D$6=AE$4,1,0)","v":0},{"$f":"IF('Control Panel'!$D$6=AF$4,1,0)","v":0},{"$f":"IF('Control Panel'!$D$6=AG$4,1,0)","v":0},{"$f":"IF('Control Panel'!$D$6=AH$4,1,0)","v":0},{"$f":"IF('Control Panel'!$D$6=\"Custom\", 'Inbuilt input data'!O43,'Input data & costs'!BG44*$AM$14*'Input data & costs'!BI44)","v":0},0]
["8G","Insert technology","Enter name here","Enter fuel here (optional)","Enter description here (optional)","Insert data","Insert data","Insert data","Insert data","Insert data","Insert data","Insert data","Insert data","Insert data","Insert data","Insert data","Insert data","Insert data","Insert data","Insert data","Insert data","Insert data","insert data",{"$error":"#VALUE!"},{"$f":"'Input data & costs'!AW45*$AM$14*'Input data & costs'!AY45","v":0},{"$f":"IF('Control Panel'!$D$6=Z$4,1,0)","v":0},{"$f":"IF('Control Panel'!$D$6=AA$4,1,0)","v":0},{"$f":"IF('Control Panel'!$D$6=AB$4,1,0)","v":0},{"$f":"IF('Control Panel'!$D$6=AC$4,1,0)","v":0},{"$f":"IF('Control Panel'!$D$6=AD$4,1,0)","v":0},{"$f":"IF('Control Panel'!$D$6=AE$4,1,0)","v":0},{"$f":"IF('Control Panel'!$D$6=AF$4,1,0)","v":0},{"$f":"IF('Control Panel'!$D$6=AG$4,1,0)","v":0},{"$f":"IF('Control Panel'!$D$6=AH$4,1,0)","v":0},{"$f":"IF('Control Panel'!$D$6=\"Custom\", 'Inbuilt input data'!O44,'Input data & costs'!BG45*$AM$14*'Input data & costs'!BI45)","v":0},0]
["8H","Insert technology","Enter name here","Enter fuel here (optional)","Enter description here (optional)","Insert data","Insert data","Insert data","Insert data","Insert data","Insert data","Insert data","Insert data","Insert data","Insert data","Insert data","Insert data","Insert data","Insert data","Insert data","Insert data","Insert data","insert data",{"$error":"#VALUE!"},{"$f":"'Input data & costs'!AW46*$AM$14*'Input data & costs'!AY46","v":0},{"$f":"IF('Control Panel'!$D$6=Z$4,1,0)","v":0},{"$f":"IF('Control Panel'!$D$6=AA$4,1,0)","v":0},{"$f":"IF('Control Panel'!$D$6=AB$4,1,0)","v":0},{"$f":"IF('Control Panel'!$D$6=AC$4,1,0)","v":0},{"$f":"IF('Control Panel'!$D$6=AD$4,1,0)","v":0},{"$f":"IF('Control Panel'!$D$6=AE$4,1,0)","v":0},{"$f":"IF('Control Panel'!$D$6=AF$4,1,0)","v":0},{"$f":"IF('Control Panel'!$D$6=AG$4,1,0)","v":0},{"$f":"IF('Control Panel'!$D$6=AH$4,1,0)","v":0},{"$f":"IF('Control Panel'!$D$6=\"Custom\", 'Inbuilt input data'!O45,'Input data & costs'!BG46*$AM$14*'Input data & costs'!BI46)","v":0},0]
["8I","Insert technology","Enter name here","Enter fuel here (optional)","Enter description here (optional)","Insert data","Insert data","Insert data","Insert data","Insert data","Insert data","Insert data","Insert data","Insert data","Insert data","Insert data","Insert data","Insert data","Insert data","Insert data","Insert data","Insert data","insert data",{"$error":"#VALUE!"},{"$f":"'Input data & costs'!AW47*$AM$14*'Input data & costs'!AY47","v":0},{"$f":"IF('Control Panel'!$D$6=Z$4,1,0)","v":0},{"$f":"IF('Control Panel'!$D$6=AA$4,1,0)","v":0},{"$f":"IF('Control Panel'!$D$6=AB$4,1,0)","v":0},{"$f":"IF('Control Panel'!$D$6=AC$4,1,0)","v":0},{"$f":"IF('Control Panel'!$D$6=AD$4,1,0)","v":0},{"$f":"IF('Control Panel'!$D$6=AE$4,1,0)","v":0},{"$f":"IF('Control Panel'!$D$6=AF$4,1,0)","v":0},{"$f":"IF('Control Panel'!$D$6=AG$4,1,0)","v":0},{"$f":"IF('Control Panel'!$D$6=AH$4,1,0)","v":0},{"$f":"IF('Control Panel'!$D$6=\"Custom\", 'Inbuilt input data'!O46,'Input data & costs'!BG47*$AM$14*'Input data & costs'!BI47)","v":0},0]
[]
[]
[]
[]
[]
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[]
[null,"Sources",null,null,null,null,null,null,null,null,null,null,null,null,null,{"$f":"'Control Panel'!D6","v":"National"}]
[null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,"National","NSW (inc. ACT)","Victoria","Queensland","South Australia","Tasmania","Western Australia","Northern Territory","Custom"]
[null,"Information",null,null,null,null,"Inputs",null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,"Outputs"]
[null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,"Energy Costs",null,null,null,null,null,null,"Firm peak power Costs",null,null,"Other"]
[null,"No.","Classification","Program/ Technology","Fuel","Description","Capacity potential NATIONAL (MW)","Capacity potential NSW & ACT (MW)","Capacity potential VIC (MW)","Capacity potential QLD (MW)","Capacity potential SA (MW)","Capacity potential TAS (MW)","Capacity potential WA (MW)","Capacity potential NT (MW)","Capacity potential Custom (MW)","Selected source Capacity potential (MW)","Life of Capital (yrs)","Net Emissions (tCO2-e/ MWh)","Capital cost of Capacity ($M/MW)","Fixed O&M costs ($M/MW/y)","Variable Costs - Fuel and Increm'l O&M ($/MWh)","Typical Capacity Factor (%)","Firm Peak Rating (%)","Default Network Cost factor (%)","Annual Network Cost ($M/MW/y)","Annualised Capital & Fixed O&M Cost ($/MWh)","Variable O&M Cost ($/MWh)","Annualised Network Capital ($/MWh)","Cost of CO2 ($/MWh)","Total Energy Cost, excluding Network and CO2e ($/MWh)","Total Energy Cost, excluding CO2e ($/MWh)","Total Energy Cost  ($/MWh)","Annualised Capital & Fixed Cost of peak capacity ($M/MWp)","Annualised Firm peak network Cost ($M/MWp/yr)","Total Firm peak power cost ($M/MWp/yr)","Firm peak capacity (MWp)","Energy potential (TWh/y)","Net Annual GHG abatement potential (MtCO2e/y)"]
[null,{"$f":"'Input data & costs'!B6","v":"1A"},{"$f":"'Input data & costs'!C6","v":"Energy Efficiency"},{"$f":"'Input data & costs'!D6","v":"Industrial Energy Efficiency"},{"$f":"'Input data & costs'!E6","v":"Energy Efficiency"},{"$f":"'Input data & costs'!F6","v":"A variety of energy efficiency measures undertaken by industrial energy users across multiple industries."},"From Energetics (2004), p68 table. Based on investments with less than 4 year pay-back. Conversion from PJ to MWp using assumed CLF of 65%","National figure from Energetics (2004), p68 table. Based on investments with less than 4 year pay-back. Conversion from PJ to MWp using assumed CLF of 65%. Scaled to states using GSP (ABS Cat no. 5220.0)","National figure from Energetics (2004), p68 table. Based on investments with less than 4 year pay-back. Conversion from PJ to MWp using assumed CLF of 65%. Scaled to states using GSP (ABS Cat no. 5220.0)","National figure from Energetics (2004), p68 table. Based on investments with less than 4 year pay-back. Conversion from PJ to MWp using assumed CLF of 65%. Scaled to states using GSP (ABS Cat no. 5220.0)","National figure from Energetics (2004), p68 table. Based on investments with less than 4 year pay-back. Conversion from PJ to MWp using assumed CLF of 65%. Scaled to states using GSP (ABS Cat no. 5220.0)","National figure from Energetics (2004), p68 table. Based on investments with less than 4 year pay-back. Conversion from PJ to MWp using assumed CLF of 65%. Scaled to states using GSP (ABS Cat no. 5220.0)","National figure from Energetics (2004), p68 table. Based on investments with less than 4 year pay-back. Conversion from PJ to MWp using assumed CLF of 65%. Scaled to states using GSP (ABS Cat no. 5220.0)","National figure from Energetics (2004), p68 table. Based on investments with less than 4 year pay-back. Conversion from PJ to MWp using assumed CLF of 65%. Scaled to states using GSP (ABS Cat no. 5220.0)","Custom input",{"$f":"IF($P$2=$P$3,G7,IF($P$2=$Q$3,H7,IF($P$2=$R$3,I7,IF($P$2=$S$3,J7,IF($P$2=$T$3,K7,IF($P$2=$U$3,L7,IF($P$2=$V$3,M7,IF($P$2=$W$3,N7,IF($P$2=\"NEM\",G7,O7)))))))))","v":"From Energetics (2004), p68 table. Based on investments with less than 4 year pay-back. Conversion from PJ to MWp using assumed CLF of 65%"},"Based on the Sustainable Energy Authority Victoria's National Framework for Energy Efficiency, which uses a 12 year period for economic modelling of Energy Efficiency Programs ","Each unit of energy saved produces zero emissions","Energetics (2004), p66 table. Based on case study cost data ($ 1187Mill for 43.5 PJ annual energy reduction). Takes into account energy efficiency measures with 4 years payback or less. Energy efficiency program administration costs are not taken into account.","Assumes zero fixed operating and maintenance costs","Assumes zero variable fuel and incremental costs","ISF Estimate (Conservation load factor)","N/A. Uses conservation load factor","ISF estimate. ","The average cost of installing additional network capacity mulitplied by the network cost factor","Derived from other figures","Derived from other figures","Derived from other figures","Derived from other figures","Derived from other figures","Derived from other figures","Derived from other figures","Derived from other figures","Derived from other figures","Derived from other figures","Derived from other figures","Derived from other figures","Derived from other figures"]
[null,{"$f":"'Input data & costs'!B7","v":"1B"},{"$f":"'Input data & costs'!C7","v":"Energy Efficiency"},{"$f":"'Input data & costs'!D7","v":"Commercial Energy Efficiency"},{"$f":"'Input data & costs'!E7","v":"Energy Efficiency"},{"$f":"'Input data & costs'!F7","v":"Energy efficiency measures undertaken by commercial energy users in areas including: the Energy Star program, lighting, heating and cooling, pumping and air handling."},"Langham et al. (2010). Based on the peak demand reduction of  a variety of energy efficiency measures  (moderate scenario). Least cost effective measures were not included in analysis.","Langham et al. (2010). Based on the peak demand reduction of  a variety of energy efficiency measures  (moderate scenario). Least cost effective measures were not included in analysis.","Langham et al. (2010). Based on the peak demand reduction of  a variety of energy efficiency measures  (moderate scenario). Least cost effective measures were not included in analysis.","Langham et al. (2010). Based on the peak demand reduction of  a variety of energy efficiency measures  (moderate scenario). Least cost effective measures were not included in analysis.","Langham et al. (2010). Based on the peak demand reduction of  a variety of energy efficiency measures  (moderate scenario). Least cost effective measures were not included in analysis.","Langham et al. (2010). Based on the peak demand reduction of  a variety of energy efficiency measures  (moderate scenario). Least cost effective measures were not included in analysis.","Langham et al. (2010). Based on the peak demand reduction of  a variety of energy efficiency measures  (moderate scenario). Least cost effective measures were not included in analysis.","ISF etimate based on figures from Langham et al (2010)","Custom input","Langham et al. (2010). Based on the peak demand reduction of  a variety of energy efficiency measures  (moderate scenario). Least cost effective measures were not included in analysis.","Langham et al. (2010). ","Each unit of energy saved produces zero emissions","Langham et al. (2010). Capital costs only ( energy efficiency program administration cost not included in analysis)","Langham et al. (2010). Program administration cost not included in analysis","Langham et al. (2010). ","Langham et al. (2010). (Conservation load factor)","N/A. Uses conservation load factor","ISF estimate. ","The average cost of installing additional network capacity mulitplied by the network cost factor","Derived from other figures","Derived from other figures","Derived from other figures","Derived from other figures","Derived from other figures","Derived from other figures","Derived from other figures","Derived from other figures","Derived from other figures","Derived from other figures","Derived from other figures","Derived from other figures","Derived from other figures"]
[null,{"$f":"'Input data & costs'!B8","v":"1C"},{"$f":"'Input data & costs'!C8","v":"Energy Efficiency"},{"$f":"'Input data & costs'!D8","v":"Residential Energy Efficiency"},{"$f":"'Input data & costs'!E8","v":"Energy Efficiency"},{"$f":"'Input data & costs'!F8","v":"Cost effective reduction in electricity consumption through improvements to residential space heating and cooling, insulation and draught sealing, lighting, refrigeration, hot water demand reduction."},"Langham et al. (2010). Based on the peak demand reduction of  a variety of energy efficiency measures  (moderate scenario). Least cost effective measures were not included in analysis.","Langham et al. (2010). Based on the peak demand reduction of  a variety of energy efficiency measures  (moderate scenario). Least cost effective measures were not included in analysis.","Langham et al. (2010). Based on the peak demand reduction of  a variety of energy efficiency measures  (moderate scenario). Least cost effective measures were not included in analysis.","Langham et al. (2010). Based on the peak demand reduction of  a variety of energy efficiency measures  (moderate scenario). Least cost effective measures were not included in analysis.","Langham et al. (2010). Based on the peak demand reduction of  a variety of energy efficiency measures  (moderate scenario). Least cost effective measures were not included in analysis.","Langham et al. (2010). Based on the peak demand reduction of  a variety of energy efficiency measures  (moderate scenario). Least cost effective measures were not included in analysis.","Langham et al. (2010). Based on the peak demand reduction of  a variety of energy efficiency measures  (moderate scenario). Least cost effective measures were not included in analysis.","ISF etimate based on figures from Langham et al (2010)","Custom input","Langham et al. (2010). Based on the peak demand reduction of  a variety of energy efficiency measures  (moderate scenario). Least cost effective measures were not included in analysis.","Langham et al. (2010). ","Each unit of energy saved produces zero emissions","Langham et al. (2010). Capital costs only (energy efficiency program administration cost not included in analysis)","Langham et al. (2010). Program administration cost not included in analysis","Langham et al. (2010). ","Langham et al. (2010). (Conservation load factor)","N/A. Uses conservation load factor","ISF estimate. ","The average cost of installing additional network capacity mulitplied by the network cost factor","Derived from other figures","Derived from other figures","Derived from other figures","Derived from other figures","Derived from other figures","Derived from other figures","Derived from other figures","Derived from other figures","Derived from other figures","Derived from other figures","Derived from other figures","Derived from other figures","Derived from other figures"]
[null,{"$f":"'Input data & costs'!B9","v":"1D"},{"$f":"'Input data & costs'!C9","v":"Energy Efficiency"},{"$f":"'Input data & costs'!D9","v":"Residential Hot Water"},{"$f":"'Input data & costs'!E9","v":"Gas/solar substitution"},{"$f":"'Input data & costs'!F9","v":"Converting electric domestic hot water systems to electric boosted solar, heat pump and gas."},"Langham et al. (2010). Based on the accelerated scenario. Assumptions: 60% of technical potential is achieved with before-end-of-life-replacement. 33% of capacity is from electric to gas switch. 33% is from solar electric boost replacement and 33% is from heat pump replacement. Summer peak capacity. ","Langham et al. (2010). Based on the accelerated scenario. Assumptions: 60% of technical potential is achieved with before-end-of-life-replacement. 33% of capacity is from electric to gas switch. 33% is from solar electric boost replacement and 33% is from heat pump replacement. Summer peak capacity. ","Langham et al. (2010). Based on the accelerated scenario. Assumptions: 60% of technical potential is achieved with before-end-of-life-replacement. 33% of capacity is from electric to gas switch. 33% is from solar electric boost replacement and 33% is from heat pump replacement. Summer peak capacity. ","Langham et al. (2010). Based on the accelerated scenario. Assumptions: 60% of technical potential is achieved with before-end-of-life-replacement. 33% of capacity is from electric to gas switch. 33% is from solar electric boost replacement and 33% is from heat pump replacement. Summer peak capacity. ","Langham et al. (2010). Based on the accelerated scenario. Assumptions: 60% of technical potential is achieved with before-end-of-life-replacement. 33% of capacity is from electric to gas switch. 33% is from solar electric boost replacement and 33% is from heat pump replacement. Summer peak capacity. ","Langham et al. (2010). Based on the accelerated scenario. Assumptions: 60% of technical potential is achieved with before-end-of-life-replacement. 33% of capacity is from electric to gas switch. 33% is from solar electric boost replacement and 33% is from heat pump replacement. Summer peak capacity. ","Langham et al. (2010). Based on the accelerated scenario. Assumptions: 60% of technical potential is achieved with before-end-of-life-replacement. 33% of capacity is from electric to gas switch. 33% is from solar electric boost replacement and 33% is from heat pump replacement. Summer peak capacity. ","Langham et al. (2010). Based on the accelerated scenario. Assumptions: 60% of technical potential is achieved with before-end-of-life-replacement. 33% of capacity is from electric to gas switch. 33% is from solar electric boost replacement and 33% is from heat pump replacement. Summer peak capacity. ","Custom input","Langham et al. (2010). Based on the accelerated scenario. Assumptions: 60% of technical potential is achieved with before-end-of-life-replacement. 33% of capacity is from electric to gas switch. 33% is from solar electric boost replacement and 33% is from heat pump replacement. Summer peak capacity. ","Langham et al. (2010). ","Langham et al. (2010). Additional gross emissions from natural gas per year, divided by total MWh electricity saved per year.","ISF estimation. Calculated using weighted average costs of installing solar, heat pump and gas systems in households. Converted to $M/MWp using CFL from Langham et al. (2010). Capital costs only (program administration cost not included in analysis)","Zero fixed costs ( fixed maintenance cost of operating solar, heat pump and gas hot water systems are assumed equivilent to standard electric storage)","Langham et al. (2010). Total cost of additional natural gas consumption divided by the total saved electricity consumption in MWh. Varies with wholesale natural gas price.","Langham et al. (2010). (Conservation load factor)","N/A. Uses conservation load factor","ISF estimate. ","The average cost of installing additional network capacity mulitplied by the network cost factor","Derived from other figures","Derived from other figures","Derived from other figures","Derived from other figures","Derived from other figures","Derived from other figures","Derived from other figures","Derived from other figures","Derived from other figures","Derived from other figures","Derived from other figures","Derived from other figures","Derived from other figures"]
[null,{"$f":"'Input data & costs'!B10","v":"2A"},{"$f":"'Input data & costs'!C10","v":"Peak Demand Management"},{"$f":"'Input data & costs'!D10","v":"Commercial & Industrial Demand Management"},{"$f":"'Input data & costs'!E10","v":"Demand Management"},{"$f":"'Input data & costs'!F10","v":"Commercial and industrial customers are provided incentives at times of peak demand to shed or interrupt their load or shift their load to times of lesser demand. "},"NSW figure provided by Ross Fraser, Energy Response (2009). Pers. Comm. Additional capacity estimate in 2020. Conservative estimate. Scaled to states and nation using GSP (ABS Cat no. 5220.0).","Ross Fraser, Energy Response (2009). Pers. Comm. Additional capacity estimate in 2020. Conservative estimate","NSW figure provided by Ross Fraser, Energy Response (2009). Pers. Comm. Additional capacity estimate in 2020. Conservative estimate. Scaled to states and nation using GSP (ABS Cat no. 5220.0).","NSW figure provided by Ross Fraser, Energy Response (2009). Pers. Comm. Additional capacity estimate in 2020. Conservative estimate. Scaled to states and nation using GSP (ABS Cat no. 5220.0).","NSW figure provided by Ross Fraser, Energy Response (2009). Pers. Comm. Additional capacity estimate in 2020. Conservative estimate. Scaled to states and nation using GSP (ABS Cat no. 5220.0).","NSW figure provided by Ross Fraser, Energy Response (2009). Pers. Comm. Additional capacity estimate in 2020. Conservative estimate. Scaled to states and nation using GSP (ABS Cat no. 5220.0).","NSW figure provided by Ross Fraser, Energy Response (2009). Pers. Comm. Additional capacity estimate in 2020. Conservative estimate. Scaled to states and nation using GSP (ABS Cat no. 5220.0).","NSW figure provided by Ross Fraser, Energy Response (2009). Pers. Comm. Additional capacity estimate in 2020. Conservative estimate. Scaled to states and nation using GSP (ABS Cat no. 5220.0).","Custom input","NSW figure provided by Ross Fraser, Energy Response (2009). Pers. Comm. Additional capacity estimate in 2020. Conservative estimate. Scaled to states and nation using GSP (ABS Cat no. 5220.0).","No set time period -  program is ongoing. Arbitrary figure of 10 years is used","Each unit of energy saved produces zero emissions","Ross Fraser (2009). Pers. Comm"," Data not available. ","Ross Fraser (2009). Pers. Comm. Relatively high variable cost (because it is necessary to pay the DSR providers sufficient to turn off power if required).  The Variable costs generally consists of a lowish ongoing flat rate for availability and a short term high rate for dispatch.","Ross Fraser, Energy Response (2009). Pers. Comm. Based on 30 hours peak demand shifting per year. ","ISF estimate. Assumes reliable peak operation","ISF estimate. ","The average cost of installing additional network capacity mulitplied by the network cost factor","Derived from other figures","Derived from other figures","Derived from other figures","Derived from other figures","Derived from other figures","Derived from other figures","Derived from other figures","Derived from other figures","Derived from other figures","Derived from other figures","Derived from other figures","Derived from other figures","Derived from other figures"]
[null,{"$f":"'Input data & costs'!B11","v":"2B"},{"$f":"'Input data & costs'!C11","v":"Peak Demand Management"},{"$f":"'Input data & costs'!D11","v":"Residential Demand Management"},{"$f":"'Input data & costs'!E11","v":"Demand Management"},{"$f":"'Input data & costs'!F11","v":"Residential customers are provided with information and/or incentives to shed or interrupt their load peak demand or shift their load times of lesser demand. Achieved through widespread dynamic time of use pricing (as opposed to static TOU pricing), combined with moderate adoption of programmable communicable thermostats (PCT)."},"Federal Energy Regulatory Commission (2009). Residential MWp Modelled peak load reduction in California by 2020, scaled to Australia by GDP. Converted from MWp to MW using FPR of 95%. ","Federal Energy Regulatory Commission (2009). Residential MWp Modelled peak load reduction in California by 2020, scaled to Australia by GDP. Converted from MWp to MW using firm peak rating of 95%. Scaled to states using residential electricity demand figures in Langham et al. (2010)","Federal Energy Regulatory Commission (2009). Residential MWp Modelled peak load reduction in California by 2020, scaled to Australia by GDP. Converted from MWp to MW using firm peak rating of 95%. Scaled to states using residential electricity demand figures in Langham et al. (2010)","Federal Energy Regulatory Commission (2009). Residential MWp Modelled peak load reduction in California by 2020, scaled to Australia by GDP. Converted from MWp to MW using firm peak rating of 95%. Scaled to states using residential electricity demand figures in Langham et al. (2010)","Federal Energy Regulatory Commission (2009). Residential MWp Modelled peak load reduction in California by 2020, scaled to Australia by GDP. Converted from MWp to MW using firm peak rating of 95%. Scaled to states using residential electricity demand figures in Langham et al. (2010)","Federal Energy Regulatory Commission (2009). Residential MWp Modelled peak load reduction in California by 2020, scaled to Australia by GDP. Converted from MWp to MW using firm peak rating of 95%. Scaled to states using residential electricity demand figures in Langham et al. (2010)","Federal Energy Regulatory Commission (2009). Residential MWp Modelled peak load reduction in California by 2020, scaled to Australia by GDP. Converted from MWp to MW using firm peak rating of 95%. Scaled to states using residential electricity demand figures in Langham et al. (2010)","Federal Energy Regulatory Commission (2009). Residential MWp Modelled peak load reduction in California by 2020, scaled to Australia by GDP. Converted from MWp to MW using firm peak rating of 95%. Scaled to states using residential electricity demand figures in Langham et al. (2010)","Custom input","Federal Energy Regulatory Commission (2009). Residential MWp Modelled peak load reduction in California by 2020, scaled to Australia by GDP. Converted from MWp to MW using FPR of 95%. "," Oakley Greenwood (2010). Based on the \nVictorian AMI Program’s lifecycle","Each unit of energy saved produces zero emissions","Oakley Greenwood (2010). Upfront capital and logistical costs of rolling out smart meter program.","Oakley Greenwood (2010). Includes the maintenance cost of replacing meters (15 year lifespan) and operating communications technology","Assumes zero per unit costs of energy reduction","Oakley Greenwood (2010). Calculated from PV benefit figures in Appendix C. Calculated using energy cost savings from TOU and CPP metering (benefit #31 and 32) ","ISF estimate. ","ISF estimate. ","The average cost of installing additional network capacity mulitplied by the network cost factor","Derived from other figures","Derived from other figures","Derived from other figures","Derived from other figures","Derived from other figures","Derived from other figures","Derived from other figures","Derived from other figures","Derived from other figures","Derived from other figures","Derived from other figures","Derived from other figures","Derived from other figures"]
[null,{"$f":"'Input data & costs'!B12","v":"2C"},{"$f":"'Input data & costs'!C12","v":"Peak Demand Management"},{"$f":"'Input data & costs'!D12","v":"Commercial & Industrial Standby Generation"},{"$f":"'Input data & costs'!E12","v":"Peak Clipping"},{"$f":"'Input data & costs'!F12","v":"Commercial and industrial customers are provided incentives to turn on their standby generators during demand peaks."},"NSW estimates from Demand Management and Planning project (2008) final report and DEUS (2005). NSW estimates from studies: [278MVA (Energy Australia) + 42MVA (Integral) + 6MVA (Country) converted to MW using power factor of 1]. Scaled to states using GSP (ABS Cat no. 5220.0)","Demand Management and Planning project (2008) final report and DEUS (2005) NSW Standby Generators Survey, Summary Report, prepared by Next Energy for NSW. NSW estimates from studies: [278MVA (Energy Australia) + 42MVA (Integral) + 6MVA (Country) converted to MW using power factor of 1]","NSW estimates from Demand Management and Planning project (2008) final report and DEUS (2005). NSW estimates from studies: [278MVA (Energy Australia) + 42MVA (Integral) + 6MVA (Country) converted to MW using power factor of 1]. Scaled to states using GSP (ABS Cat no. 5220.0)","NSW estimates from Demand Management and Planning project (2008) final report and DEUS (2005). NSW estimates from studies: [278MVA (Energy Australia) + 42MVA (Integral) + 6MVA (Country) converted to MW using power factor of 1]. Scaled to states using GSP (ABS Cat no. 5220.0)","NSW estimates from Demand Management and Planning project (2008) final report and DEUS (2005). NSW estimates from studies: [278MVA (Energy Australia) + 42MVA (Integral) + 6MVA (Country) converted to MW using power factor of 1]. Scaled to states using GSP (ABS Cat no. 5220.0)","NSW estimates from Demand Management and Planning project (2008) final report and DEUS (2005). NSW estimates from studies: [278MVA (Energy Australia) + 42MVA (Integral) + 6MVA (Country) converted to MW using power factor of 1]. Scaled to states using GSP (ABS Cat no. 5220.0)","NSW estimates from Demand Management and Planning project (2008) final report and DEUS (2005). NSW estimates from studies: [278MVA (Energy Australia) + 42MVA (Integral) + 6MVA (Country) converted to MW using power factor of 1]. Scaled to states using GSP (ABS Cat no. 5220.0)","NSW estimates from Demand Management and Planning project (2008) final report and DEUS (2005). NSW estimates from studies: [278MVA (Energy Australia) + 42MVA (Integral) + 6MVA (Country) converted to MW using power factor of 1]. Scaled to states using GSP (ABS Cat no. 5220.0)","Custom input",{"$f":"IF($P$2=$P$3,G13,IF($P$2=$Q$3,H13,IF($P$2=$R$3,I13,IF($P$2=$S$3,J13,IF($P$2=$T$3,K13,IF($P$2=$U$3,L13,IF($P$2=$V$3,M13,IF($P$2=$W$3,N13,IF($P$2=\"NEM\",G13,O13)))))))))","v":"NSW estimates from Demand Management and Planning project (2008) final report and DEUS (2005). NSW estimates from studies: [278MVA (Energy Australia) + 42MVA (Integral) + 6MVA (Country) converted to MW using power factor of 1]. Scaled to states using GSP (ABS Cat no. 5220.0)"},"SEDA (2002)","Diesel fuel emissions of 69.5kg CO2e/GJ  from DCCEE (2010). Conversion assumes plant efficiency of 35%. Calculation: 69.5*3.6/0.35/1000 ","Demand Management and Planning Project (2008). Based on average price of $278/Kva with power factor = 1, inflation adjusted. Includes capital, project management and network connection costs. ","Fixed O&M data not available. Note: Maintenance cost included in VOM costs.","$322.2/MWh of fuel consumption, from http://www.dieselserviceandsupply.com/Diesel_Fuel_Consumption.aspx, converted from gallons to litres assuming diesel price is $1.20/L. Includes engine maintenance of $17.65/Mwh (Andrews 2007), converted to AUD, inflation adjusted. Assuming plant efficiency of 35%.","Demand Management and Planning Project (2008). Assumes operation in extreme peak events. ","ISF estimate. Assumes reliable peak operation","ISF estimate. ","The average cost of installing additional network capacity mulitplied by the network cost factor","Derived from other figures","Derived from other figures","Derived from other figures","Derived from other figures","Derived from other figures","Derived from other figures","Derived from other figures","Derived from other figures","Derived from other figures","Derived from other figures","Derived from other figures","Derived from other figures","Derived from other figures"]
[null,{"$f":"'Input data & costs'!B13","v":"3A"},{"$f":"'Input data & costs'!C13","v":"Cogeneration (and Trigeneration)"},{"$f":"'Input data & costs'!D13","v":"Industrial Cogeneration"},{"$f":"'Input data & costs'!E13","v":"Natural Gas"},{"$f":"'Input data & costs'!F13","v":"Gas turbine at an industrial facility, where in addition to using the electricity generated, the useful heat is used for industrial heating loads."},"Sum of data from individual states. NSW: City of Sydney (2010); VIC: Sustainability Victoria (2010); QLD: Queensland Office of Climate Change (2009), SA: WA extrapolation based on GSP; TAS: MMA (2009); WA: Nous Group and SKM (2008); NT: ISF estimate.","Extrapolated from City of Sydney (2010) targets for Commercial Cogeneration/Trigeneration. Assumes industrial cogeneration potential is double the commercial cogeneration/trigeneration potential. ","Sustainability Victoria (2010) ","Queensland Office of Climate Change (2009). Figure not split by sector, therefore we assume that industrial cogeneration potential is double the commercial cogeneration/trigeneration potential. ","Extrapolated from Western Australia figures, using GSP.  (ABS Cat no. 5220.0)","MMA (2009). Figure not split by sector, therefore we assume that industrial cogeneration potential is double the commercial cogeneration/trigeneration potential. ","Nous Group and SKM (2008) Figure not split by sector, therefore we assume that industrial cogeneration potential is double the commercial cogeneration/trigeneration potential. ","ISF estimate","Custom input","Sum of data from individual states. NSW: City of Sydney (2010); VIC: Sustainability Victoria (2010); QLD: Queensland Office of Climate Change (2009), SA: WA extrapolation based on GSP; TAS: MMA (2009); WA: Nous Group and SKM (2008); NT: ISF estimate.","MMA (2008). Table 2.1","Natural gas emissions of 51.6kg CO2e/GJ  from DCCEE (2010). Conversion D-CODE effective efficiency of 81%.  Calculation: 51.6*3.6/0.81/1000 ","MMA (2008). Table 2.1","MMA (2008). Table 2.1","Variable cost from MMA (2008) Table 2.1. Fuel cost assumed a gas cost specified in \"Control Panel\".  Assume cogeneration has a total efficiency of 30%","MMA (2008). Table 2.1","ISF estimate. Assumes reliable peak operation","ISF estimate. ","The average cost of installing additional network capacity mulitplied by the network cost factor","Derived from other figures","Derived from other figures","Derived from other figures","Derived from other figures","Derived from other figures","Derived from other figures","Derived from other figures","Derived from other figures","Derived from other figures","Derived from other figures","Derived from other figures","Derived from other figures","Derived from other figures"]
[null,{"$f":"'Input data & costs'!B14","v":"3B"},{"$f":"'Input data & costs'!C14","v":"Cogeneration (and Trigeneration)"},{"$f":"'Input data & costs'!D14","v":"Commercial Trigeneration"},{"$f":"'Input data & costs'!E14","v":"Natural Gas"},{"$f":"'Input data & costs'!F14","v":"Gas turbine at a commercial site, where in addition to using the electricity generated, the useful heat is used for heating loads. D-CODE data includes the electricity generation component and the demand reduction component."},"Sum of data from individual states. NSW: City of Sydney (2010); VIC: Sustainability Victoria (2010); QLD: Queensland Office of Climate Change (2009), SA: WA extrapolation based on GSP; TAS: MMA (2009); WA: Nous Group and SKM (2008); NT: ISF estimate. Scaled up to include demand reduction by multiplying by 1.174 (ISF calculations based on average demand reduction component - See Data Compendium document for more information).","City of Sydney (2010). Sydney CBD Sustainable Sydney 2030 Plan.  Scaled up to include demand reduction by multiplying by 1.174 (ISF calculations based on average demand reduction component - See Data Compendium document for more information).","Sustainability Victoria (2010).  Scaled up to include demand reduction by multiplying by 1.174 (ISF calculations based on average demand reduction component - See Data Compendium document for more information).","Queensland Office of Climate Change (2009). Figure not split by sector, therefore we assume that industrial cogeneration potential is double the commercial cogeneration/trigeneration potential.  Scaled up to include demand reduction by multiplying by 1.174 (ISF calculations based on average demand reduction component - See Data Compendium document for more information).","Extrapolated from Western Australia figures, using GSP.  (ABS Cat no. 5220.0). Scaled up to include demand reduction by multiplying by 1.174 (ISF calculations based on average demand reduction component - See Data Compendium document for more information).","MMA (2009). Figure not split by sector, therefore we assume that industrial cogeneration potential is double the commercial cogeneration/trigeneration potential. Scaled up to include demand reduction by multiplying by 1.174 (ISF calculations based on average demand reduction component - See Data Compendium document for more information).","Nous Group and SKM (2008) Figure not split by sector, therefore we assume that industrial cogeneration potential is double the commercial cogeneration/trigeneration potential. Scaled up to include demand reduction by multiplying by 1.174 (ISF calculations based on average demand reduction component - See Data Compendium document for more information).","ISF estimate","Custom input","Sum of data from individual states. NSW: City of Sydney (2010); VIC: Sustainability Victoria (2010); QLD: Queensland Office of Climate Change (2009), SA: WA extrapolation based on GSP; TAS: MMA (2009); WA: Nous Group and SKM (2008); NT: ISF estimate. Scaled up to include demand reduction by multiplying by 1.174 (ISF calculations based on average demand reduction component - See Data Compendium document for more information).","MMA (2008). Table 2.1"," Natural gas emissions of 51.6kg CO2e/GJ  from DCCEE (2010). Conversion using D-CODE effective efficiency of 81%.  Calculation: 51.6*3.6/0.81/1000 ","ISF estimate based on market research","ISF estimate based on market research","ISF estimate based on market research","ISF estimate based on market research","ISF estimate. Assumes reliable peak operation","ISF estimate. ","The average cost of installing additional network capacity mulitplied by the network cost factor","Derived from other figures","Derived from other figures","Derived from other figures","Derived from other figures","Derived from other figures","Derived from other figures","Derived from other figures","Derived from other figures","Derived from other figures","Derived from other figures","Derived from other figures","Derived from other figures","Derived from other figures"]
[null,{"$f":"'Input data & costs'!B15","v":"3C"},{"$f":"'Input data & costs'!C15","v":"Cogeneration (and Trigeneration)"},{"$f":"'Input data & costs'!D15","v":"Residential Cogeneration"},{"$f":"'Input data & costs'!E15","v":"Natural Gas"},{"$f":"'Input data & costs'!F15","v":"Gas turbine in a residential area, where in addition to using the electricity generated, the useful heat is used for heating loads. D-CODE data includes the electricity generation component and the demand reduction component."},"ISF estimate of MWe generation potential based on climate and population. Scaled up to include demand reduction by multiplying by 1.224 (ISF calculations).","ISF estimate. Scaled from national figure using population, then weighted according to climate. Weight=1. Scaled up to include demand reduction by multiplying by 1.224 (ISF calculations).","ISF estimate. Scaled from national figure using population, then weighted according to climate. Weight=1.35. Scaled up to include demand reduction by multiplying by 1.224 (ISF calculations).","ISF estimate. Scaled from national figure using population, then weighted according to climate. Weight=0.6. Scaled up to include demand reduction by multiplying by 1.224 (ISF calculations).","ISF estimate. Scaled from national figure using population, then weighted according to climate. Weight=1. Scaled up to include demand reduction by multiplying by 1.224 (ISF calculations).","ISF estimate. Scaled from national figure using population, then weighted according to climate. Weight=1.35. Scaled up to include demand reduction by multiplying by 1.224 (ISF calculations).","ISF estimate. Scaled from national figure using population, then weighted according to climate. Weight=1. Scaled up to include demand reduction by multiplying by 1.224 (ISF calculations).","ISF estimate. Scaled from national figure using population, then weighted according to climate. Weight=0","Custom input","ISF estimate of MWe generation potential based on climate and population. Scaled up to include demand reduction by multiplying by 1.224 (ISF calculations).","MMA (2008). Table 2.1"," Natural gas emissions of 51.6kg CO2e/GJ  from DCCEE (2010). Conversion using D-CODE effective efficiency of 65.55%.  Calculation: 51.6*3.6/0.6555/1000 ","Invenergy (2006). Halfway between upper and lower cost bounds. Includes 50% of  captured waste heat in calculations, which is the proportion assumed to displace electric space/hot water heating. Includes 45% additional costs for installation and project management.","Invenergy (2006). Based on maintenance costs of 30KWe plant + 50% of 49KWt (captured waste heat) in calculations. Based on $2000/y figure. Includes variable non-fuel operating cost","Invenergy (2006). Fuel costs only. Based on electrical conversion efficiency of 30%  + half of  heat captured is used to displace electric space/hot water heating. Total system efficiency = 79%. Amount of power used to generate or offset electricity = 54.5%. Variable non-fuel operation costs included in fixed O&M costs. ","Invenergy (2006). Based on 10hrs operation per day. ","ISF estimate. Assumes reliable peak operation","ISF estimate. ","The average cost of installing additional network capacity mulitplied by the network cost factor","Derived from other figures","Derived from other figures","Derived from other figures","Derived from other figures","Derived from other figures","Derived from other figures","Derived from other figures","Derived from other figures","Derived from other figures","Derived from other figures","Derived from other figures","Derived from other figures","Derived from other figures"]
[null,{"$f":"'Input data & costs'!B16","v":"4A"},{"$f":"'Input data & costs'!C16","v":"Bioenergy"},"Refuse Derived Fuel to Energy",{"$f":"'Input data & costs'!E16","v":"Bioenergy"},{"$f":"'Input data & costs'!F16","v":"Electricity generated from non-recyclable wood waste, paper and plastic"},"ISF estimate based on the estimated 20 million tonnes of non-recyclable waste per year, of which paper (19%), wood (8%) and plastics (9%) could be utilised for energy generation. Based on rollout of 40% of potential.","ISF estimate based on the estimated 20 million tonnes of non-recyclable waste per year, of which paper (19%), wood (8%) and plastics (9%) could be utilised for energy generation. Based on rollout of 40% of potential. Scaled to states using population.","ISF estimate based on the estimated 20 million tonnes of non-recyclable waste per year, of which paper (19%), wood (8%) and plastics (9%) could be utilised for energy generation. Based on rollout of 40% of potential. Scaled to states using population.","ISF estimate based on the estimated 20 million tonnes of non-recyclable waste per year, of which paper (19%), wood (8%) and plastics (9%) could be utilised for energy generation. Based on rollout of 40% of potential. Scaled to states using population.","ISF estimate based on the estimated 20 million tonnes of non-recyclable waste per year, of which paper (19%), wood (8%) and plastics (9%) could be utilised for energy generation. Based on rollout of 40% of potential. Scaled to states using population.","ISF estimate based on the estimated 20 million tonnes of non-recyclable waste per year, of which paper (19%), wood (8%) and plastics (9%) could be utilised for energy generation. Based on rollout of 40% of potential. Scaled to states using population.","ISF estimate based on the estimated 20 million tonnes of non-recyclable waste per year, of which paper (19%), wood (8%) and plastics (9%) could be utilised for energy generation. Based on rollout of 40% of potential. Scaled to states using population.","ISF estimate based on the estimated 20 million tonnes of non-recyclable waste per year, of which paper (19%), wood (8%) and plastics (9%) could be utilised for energy generation. Based on rollout of 40% of potential. Scaled to states using population.","Custom input","ISF estimate based on the estimated 20 million tonnes of non-recyclable waste per year, of which paper (19%), wood (8%) and plastics (9%) could be utilised for energy generation. Based on rollout of 40% of potential.","MMA (2008). Table 2.1","Biomass municipal and industrial\nmaterials (if recycled and combusted to\nproduce heat or electricity) emissions of 1.8kg CO2e/GJ  from DCCEE (2010). Conversion assumes plant efficiency of 27%. Calculation: 1.8*3.6/0.27/1000 ","ISF estimate based on market research","ISF estimate based on market research","ISF estimate based on market research","Clean Energy Council (2009) ","ISF estimate. Assumes reliable peak operation","ISF estimate. ","The average cost of installing additional network capacity mulitplied by the network cost factor","Derived from other figures","Derived from other figures","Derived from other figures","Derived from other figures","Derived from other figures","Derived from other figures","Derived from other figures","Derived from other figures","Derived from other figures","Derived from other figures","Derived from other figures","Derived from other figures","Derived from other figures"]
[null,{"$f":"'Input data & costs'!B17","v":"4B"},{"$f":"'Input data & costs'!C17","v":"Bioenergy"},{"$f":"'Input data & costs'!D17","v":"Agricultural Biogas"},{"$f":"'Input data & costs'!E17","v":"Bioenergy"},{"$f":"'Input data & costs'!F17","v":"Electricity generated by burning biogas which is produced from agricultural sources, such as digesting livestock waste."},"Clean Energy Council (2009). Anaerobic digestion/recipricaing gas engine, direct combustion and pyrolysis techniques for poultry, cattle, pigs, dairy cattle; abattoirs) ","Clean Energy Council (2009). Anaerobic digestion/recipricaing gas engine, direct combustion and pyrolysis techniques for poultry, cattle, pigs, dairy cattle; abattoirs). National figure scaled to state using population","Clean Energy Council (2009). Anaerobic digestion/recipricaing gas engine, direct combustion and pyrolysis techniques for poultry, cattle, pigs, dairy cattle; abattoirs). National figure scaled to state using population","Clean Energy Council (2009). Anaerobic digestion/recipricaing gas engine, direct combustion and pyrolysis techniques for poultry, cattle, pigs, dairy cattle; abattoirs). National figure scaled to state using population","Clean Energy Council (2009). Anaerobic digestion/recipricaing gas engine, direct combustion and pyrolysis techniques for poultry, cattle, pigs, dairy cattle; abattoirs). National figure scaled to state using population","Clean Energy Council (2009). Anaerobic digestion/recipricaing gas engine, direct combustion and pyrolysis techniques for poultry, cattle, pigs, dairy cattle; abattoirs). National figure scaled to state using population","Clean Energy Council (2009). Anaerobic digestion/recipricaing gas engine, direct combustion and pyrolysis techniques for poultry, cattle, pigs, dairy cattle; abattoirs). National figure scaled to state using population","Clean Energy Council (2009). Anaerobic digestion/recipricaing gas engine, direct combustion and pyrolysis techniques for poultry, cattle, pigs, dairy cattle; abattoirs). National figure scaled to state using population","Custom input","Clean Energy Council (2009). Anaerobic digestion/recipricaing gas engine, direct combustion and pyrolysis techniques for poultry, cattle, pigs, dairy cattle; abattoirs) ","MMA (2008). Table 2.1","Agricultural biogas emissions of 5.1kg CO2e/MWh  from DCCEE (2010). Conversion assumes plant efficiency of 35%. Calculation: 5.1*3.6/0.35/1000 ","Access Economics (2009). Figure 3.8, inflation adjusted. ","OECD  (2005).  P151 Table 8 projection, Median price. Converted from EU to AUD using exchange rate from date used in publication 1AUD=0.59EU","OECD  (2005).  P150 Table 1 projection, Median price. Converted from EU to AUD using exchange rate from date used in publication 1AUD=0.59EU","Clean Energy Council (2009) ","ISF estimate. Assumes reliable peak operation","ISF estimate. ","The average cost of installing additional network capacity mulitplied by the network cost factor","Derived from other figures","Derived from other figures","Derived from other figures","Derived from other figures","Derived from other figures","Derived from other figures","Derived from other figures","Derived from other figures","Derived from other figures","Derived from other figures","Derived from other figures","Derived from other figures","Derived from other figures"]
[null,{"$f":"'Input data & costs'!B18","v":"4C"},{"$f":"'Input data & costs'!C18","v":"Bioenergy"},{"$f":"'Input data & costs'!D18","v":"Biomass Plant"},{"$f":"'Input data & costs'!E18","v":"Bioenergy"},{"$f":"'Input data & costs'!F18","v":"Electricity generated by burning biomass, specifically forestry and sawmill residues and energy crops such as camphor laurel, oil mallee, eucalyptus and Enercane."},"Clean Energy Coucil (2009). Includes mostly  forestry and sawmill residues, but also oil mallee / eucalyptus and\nenercane (energy crops), and camphor laurel.","Clean Energy Coucil (2009). Includes mostly  forestry and sawmill residues, but also oil mallee / eucalyptus and\nenercane (energy crops), and camphor laurel. Scaled to state using land area commited to timber plantations (DAFF 2007)","Clean Energy Coucil (2009). Includes mostly  forestry and sawmill residues, but also oil mallee / eucalyptus and\nenercane (energy crops), and camphor laurel. Scaled to state using land area commited to timber plantations (DAFF 2007)","Clean Energy Coucil (2009). Includes mostly  forestry and sawmill residues, but also oil mallee / eucalyptus and\nenercane (energy crops), and camphor laurel. Scaled to state using land area commited to timber plantations (DAFF 2007)","Clean Energy Coucil (2009). Includes mostly  forestry and sawmill residues, but also oil mallee / eucalyptus and\nenercane (energy crops), and camphor laurel. Scaled to state using land area commited to timber plantations (DAFF 2007)","Clean Energy Coucil (2009). Includes mostly  forestry and sawmill residues, but also oil mallee / eucalyptus and\nenercane (energy crops), and camphor laurel. Scaled to state using land area commited to timber plantations (DAFF 2007)","Clean Energy Coucil (2009). Includes mostly  forestry and sawmill residues, but also oil mallee / eucalyptus and\nenercane (energy crops), and camphor laurel. Scaled to state using land area commited to timber plantations (DAFF 2007)","Clean Energy Coucil (2009). Includes mostly  forestry and sawmill residues, but also oil mallee / eucalyptus and\nenercane (energy crops), and camphor laurel. Scaled to state using land area commited to timber plantations (DAFF 2007)","Custom input","Clean Energy Coucil (2009). Includes mostly  forestry and sawmill residues, but also oil mallee / eucalyptus and\nenercane (energy crops), and camphor laurel.","MMA (2008). Table 2.1","Biomass plant emissions of 2kg CO2e/MWh  from DCCEE (2010). Conversion assumes plant efficiency of 35%. Calculation: 2*3.6/0.35/1000 ","ISF estimate based on market research","Rural Industries Research and Development Corporation (2008). Page 17, table 2. Based on 30MW capacity plant.","Rural Industries Research and Development Corporation (2008). Page 17, Table 3. Medium cost (halfway between upper and lower bounds) of energy crops and plantation residues applied to potential figures provided in Clean Energy Council (2009).","Clean Energy Council (2009) .  ","ISF estimate. Assumes reliable peak operation","ISF estimate. ","The average cost of installing additional network capacity mulitplied by the network cost factor","Derived from other figures","Derived from other figures","Derived from other figures","Derived from other figures","Derived from other figures","Derived from other figures","Derived from other figures","Derived from other figures","Derived from other figures","Derived from other figures","Derived from other figures","Derived from other figures","Derived from other figures"]
[null,{"$f":"'Input data & costs'!B19","v":"4D"},{"$f":"'Input data & costs'!C19","v":"Bioenergy"},{"$f":"'Input data & costs'!D19","v":"Biomass Cogen"},{"$f":"'Input data & costs'!E19","v":"Bioenergy"},{"$f":"'Input data & costs'!F19","v":"Burning biomass, specifically sugar cane bagasse, where in addition to using the electricity generated, the useful heat is used for heat processing."},"Clean Energy Coucil (2009). Includes bagasse from sugar cane and paper/pulp mill cogeneration","Clean Energy Council (2009). Mostly sugarcane baggase cogen but includes 3MW pulp and paper mill cogeneration","Clean Energy Coucil (2009). Pulp and paper mill cogeneration","Clean Energy Council (2009). All sugarcane bagasse","ISF estimate","Clean Energy Coucil (2009). Pulp and paper mill cogeneration","ISF Estimate","ISF estimate","Custom input","Clean Energy Coucil (2009). Includes bagasse from sugar cane and paper/pulp mill cogeneration","MMA (2008). Table 2.1","Biomass cogen emissions of 1.5kg CO2e/MWh  from DCCEE (2010), bagasse. Conversion assumes plant efficiency of 35%. Calculation: 1.5*3.6/0.35/1000 ","Clean Energy Council (2009) p16, authors pers. comm","Rural Industries Research and Development Corporation (2008). Page 17, table 2. Based on 30MW capacity plant.","Assumes fuel is waste from sugar processing and is freely available","Clean Energy Council (2009). Assuming seasonal fuel supply. ","ISF estimate. Assumes reliable peak operation for half of the year","ISF estimate. ","The average cost of installing additional network capacity mulitplied by the network cost factor","Derived from other figures","Derived from other figures","Derived from other figures","Derived from other figures","Derived from other figures","Derived from other figures","Derived from other figures","Derived from other figures","Derived from other figures","Derived from other figures","Derived from other figures","Derived from other figures","Derived from other figures"]
[null,{"$f":"'Input data & costs'!B20","v":"4E"},{"$f":"'Input data & costs'!C20","v":"Bioenergy"},{"$f":"'Input data & costs'!D20","v":"Landfill gas"},{"$f":"'Input data & costs'!E20","v":"Bioenergy"},{"$f":"'Input data & costs'!F20","v":"Energy from capturing and burning methane released from decomposition of landfill waste."},"Clean Energy Council (2009).","Clean Energy Council (2009). National figure scaled using population","Clean Energy Council (2009). National figure scaled using population","Clean Energy Council (2009). National figure scaled using population","Clean Energy Council (2009). National figure scaled using population","Clean Energy Council (2009). National figure scaled using population","Clean Energy Council (2009). National figure scaled using population","Clean Energy Council (2009). National figure scaled using population","Custom input","Clean Energy Council (2009).","MMA (2008). Table 2.1","Landfill gas emissions of 5.1kg CO2e/GJ from DCCEE (2010). Conversion assumes plant efficiency of 35%. Calculation: 5.1*3.6/0.35/1000 ","OECD  (2005).  P151 Table 4 projection, Median price. Converted from GBP to AUD using exchange rate from date used in publication 1GBP=2.46AUD"," OECD  (2005). Median price. P151 Table 6 projection. Converted from GBP to AUD using exchange rate from date used in publication 1GBP=2.46AUD","Assumes fuel is gas fuel is collected free of charge from the landfill site","Clean Energy Council (2009) ","ISF estimate. Assumes reliable peak operation","ISF estimate. ","The average cost of installing additional network capacity mulitplied by the network cost factor","Derived from other figures","Derived from other figures","Derived from other figures","Derived from other figures","Derived from other figures","Derived from other figures","Derived from other figures","Derived from other figures","Derived from other figures","Derived from other figures","Derived from other figures","Derived from other figures","Derived from other figures"]
[null,{"$f":"'Input data & costs'!B21","v":"4F"},{"$f":"'Input data & costs'!C21","v":"Bioenergy"},{"$f":"'Input data & costs'!D21","v":"Sewage gas (Municipal water)"},{"$f":"'Input data & costs'!E21","v":"Bioenergy"},{"$f":"'Input data & costs'!F21","v":"Energy from capturing and burning gas collected from sewage treatment plant bio-digesters."},"Clean Energy Council (2009).","Clean Energy Council (2009). National figure scaled using population","Clean Energy Council (2009). National figure scaled using population","Clean Energy Council (2009). National figure scaled using population","Clean Energy Council (2009). National figure scaled using population","Clean Energy Council (2009). National figure scaled using population","Clean Energy Council (2009). National figure scaled using population","Clean Energy Council (2009). National figure scaled using population","Custom input","Clean Energy Council (2009).","MMA (2008). Table 2.1","Sewage gas emissions of 5.1kg CO2e/GJ  from DCCEE (2010). Conversion assumes plant efficiency of 35%. Calculation: 5.1*3.6/0.35/1000 ","OECD  (2005).  P151 Table 4 projection, Median price. Converted from GBP to AUD using exchange rate from date used in publication 1GBP=2.46AUD"," OECD  (2005). Median price. P151 Table 6 projection. Converted from GBP to AUD using exchange rate from date used in publication 1GBP=2.46AUD","OECD  (2005).  P150 Table 1 projection, Median price. Converted from GBP to AUD using exchange rate from date used in publication 1GBP=2.46AUD","Clean Energy Council (2009) ","ISF estimate. Assumes reliable peak operation","ISF estimate. ","The average cost of installing additional network capacity mulitplied by the network cost factor","Derived from other figures","Derived from other figures","Derived from other figures","Derived from other figures","Derived from other figures","Derived from other figures","Derived from other figures","Derived from other figures","Derived from other figures","Derived from other figures","Derived from other figures","Derived from other figures","Derived from other figures"]
[null,{"$f":"'Input data & costs'!B22","v":"5A"},{"$f":"'Input data & costs'!C22","v":"Renewables"},{"$f":"'Input data & costs'!D22","v":"Improved Hydro Efficiency "},{"$f":"'Input data & costs'!E22","v":"Renewables "},{"$f":"'Input data & costs'!F22","v":"Various measures to improve the efficiency of existing hydroelectric power stations."},"Includes additional capacity from current Snowy Hydro modernisation project  + potential upgrade to other existing capacity (ESAA 2010), based on average upgrade potential of 6% from EPRI (1999) Table 2.2. ","Includes 50% of current Snowy Hydro modernisation figures (other 50% assigned to Victoria) + potential upgrade to other existing capacity (ESAA 2010), based on average upgrade potential of 6% from EPRI (1999) Table 2.2. ","Includes 50% of current Snowy Hydro modernisation figures (other 50% assigned to NSW) + potential upgrade to other existing capacity (ESAA 2010), multiplied by average capacity upgrade potential of 6% from EPRI (1999) Table 2.2. ","Potential upgrade to existing capacity (ESAA 2010), based on average upgrade potential of 6% from EPRI (1999) Table 2.2. ","Potential upgrade to existing capacity (ESAA 2010), based on average upgrade potential of 6% from EPRI (1999) Table 2.2. ","Potential upgrade to existing capacity (ESAA 2010), based on average upgrade potential of 6% from EPRI (1999) Table 2.2. ","Potential upgrade to existing capacity (ESAA 2010), based on average upgrade potential of 6% from EPRI (1999) Table 2.2. ","Potential upgrade to existing capacity (ESAA 2010), based on average upgrade potential of 6% from EPRI (1999) Table 2.2. ","Custom input","Includes additional capacity from current Snowy Hydro modernisation project  + potential upgrade to other existing capacity (ESAA 2010), based on average upgrade potential of 6% from EPRI (1999) Table 2.2. ","ISF estimate","Each additional unit of energy generated produces zero emissions","Average between Snowy Hydro modernisation project ($1.33M/MW) and average cost of case study projects ($2M/MW) outlined in EPRI (2006). ","Assumes zero fixed O&M costs","Assumes zero fuel and incremental O&M","Long term average capacity factor of Snowy Hydro and Tasmanian Hydro generators, which account for 95% of installed capacity in Australia","ISF estimate. Available for peaking when sufficient water is available","ISF estimate. ","The average cost of installing additional network capacity mulitplied by the network cost factor","Derived from other figures","Derived from other figures","Derived from other figures","Derived from other figures","Derived from other figures","Derived from other figures","Derived from other figures","Derived from other figures","Derived from other figures","Derived from other figures","Derived from other figures","Derived from other figures","Derived from other figures"]
[null,{"$f":"'Input data & costs'!B23","v":"5B"},{"$f":"'Input data & costs'!C23","v":"Renewables"},{"$f":"'Input data & costs'!D23","v":"Wind (offshore)"},{"$f":"'Input data & costs'!E23","v":"Renewables "},{"$f":"'Input data & costs'!F23","v":"Energy from wind is harnessed through large grid connected turbines, located up to several kilometres offshore."},"European Wind Energy Association (2010). Half of Europe's offshore wind target of 10% of total capacity by 2020, applied to Australia's current 50GW installed capacity","European Wind Energy Association (2010). Half of Europe's offshore wind target of 10% of total capacity by 2020, applied to Australia's current 50GW installed capacity. Scaled from national using average state distribution weightings for onshore wind from 3 studies; Access Economics 2009, KPMG 2009, and Carbon Market Economics 2009","European Wind Energy Association (2010). Half of Europe's offshore wind target of 10% of total capacity by 2020, applied to Australia's current 50GW installed capacity. Scaled from national using average state distribution weightings for onshore wind from 3 studies; Access Economics 2009, KPMG 2009, and Carbon Market Economics 2009","European Wind Energy Association (2010). Half of Europe's offshore wind target of 10% of total capacity by 2020, applied to Australia's current 50GW installed capacity. Scaled from national using average state distribution weightings for onshore wind from 3 studies; Access Economics 2009, KPMG 2009, and Carbon Market Economics 2009","European Wind Energy Association (2010). Half of Europe's offshore wind target of 10% of total capacity by 2020, applied to Australia's current 50GW installed capacity. Scaled from national using average state distribution weightings for onshore wind from 3 studies; Access Economics 2009, KPMG 2009, and Carbon Market Economics 2009","European Wind Energy Association (2010). Half of Europe's offshore wind target of 10% of total capacity by 2020, applied to Australia's current 50GW installed capacity. Scaled from national using average state distribution weightings for onshore wind from 3 studies; Access Economics 2009, KPMG 2009, and Carbon Market Economics 2009","European Wind Energy Association (2010). Half of Europe's offshore wind target of 10% of total capacity by 2020, applied to Australia's current 50GW installed capacity. Scaled from national using average state distribution weightings for onshore wind from 3 studies; Access Economics 2009, KPMG 2009, and Carbon Market Economics 2009","European Wind Energy Association (2010). Half of Europe's offshore wind target of 10% of total capacity by 2020, applied to Australia's current 50GW installed capacity. Scaled from national using average state distribution weightings for onshore wind from 3 studies; Access Economics 2009, KPMG 2009, and Carbon Market Economics 2009","Custom input","European Wind Energy Association (2010). Half of Europe's offshore wind target of 10% of total capacity by 2020, applied to Australia's current 50GW installed capacity","OECD (2010). P43","Each unit of energy generated produces zero emissions","Access Economics (2009). Table A3, inflation adjusted. ","OECD (2010). Table 3.7d P62, converted to AUD using exchange rate 1USD=1.19AUD in Table 2.1, p38. Based on 300MW US offshore plant costs. Note: Figure includes both fixed and variable O&M costs bundled together. Figure calculated from $/MWh figure using capacity factor.  ","Variable costs are included in the fixed O&M costs, because O&M costs not seperated into fixed and variable categories","European Wind Energy Association (2010). The average capacity factor of the projected installed capacity in Europe by 2020. ","Average of AGL (2011) and Davy and Coppin (2003).   Assumed offshore wind is same as onshore wind","ISF estimate. ","The average cost of installing additional network capacity mulitplied by the network cost factor","Derived from other figures","Derived from other figures","Derived from other figures","Derived from other figures","Derived from other figures","Derived from other figures","Derived from other figures","Derived from other figures","Derived from other figures","Derived from other figures","Derived from other figures","Derived from other figures","Derived from other figures"]
[null,{"$f":"'Input data & costs'!B24","v":"5C"},{"$f":"'Input data & costs'!C24","v":"Renewables"},{"$f":"'Input data & costs'!D24","v":"Wind (onshore)"},{"$f":"'Input data & costs'!E24","v":"Renewables "},{"$f":"'Input data & costs'!F24","v":"Energy from wind is harnessed through large grid connected turbines, located on land."},"Carbon Market Economics (2009). Upper estimate  (assumes less non-wind mix in RET)","Carbon Market Economics (2009). Upper estimate  (assumes less non-wind mix in RET). Scaled from national using average spatial distribution weighting for onshore wind from 3 studies; Access Economics 2009, KPMG 2009, and Carbon Market Economics 2009.","Carbon Market Economics (2009). Upper estimate  (assumes less non-wind mix in RET). Scaled from national using average spatial distribution weighting for onshore wind from 3 studies; Access Economics 2009, KPMG 2009, and Carbon Market Economics 2009.","Carbon Market Economics (2009). Upper estimate  (assumes less non-wind mix in RET). Scaled from national using average spatial distribution weighting for onshore wind from 3 studies; Access Economics 2009, KPMG 2009, and Carbon Market Economics 2009.","Carbon Market Economics (2009). Upper estimate  (assumes less non-wind mix in RET). Scaled from national using average spatial distribution weighting for onshore wind from 3 studies; Access Economics 2009, KPMG 2009, and Carbon Market Economics 2009.","Carbon Market Economics (2009). Upper estimate  (assumes less non-wind mix in RET). Scaled from national using average spatial distribution weighting for onshore wind from 3 studies; Access Economics 2009, KPMG 2009, and Carbon Market Economics 2009.","Carbon Market Economics (2009). Upper estimate  (assumes less non-wind mix in RET). Scaled from national using average spatial distribution weighting for onshore wind from 3 studies; Access Economics 2009, KPMG 2009, and Carbon Market Economics 2009.","Carbon Market Economics (2009). Upper estimate  (assumes less non-wind mix in RET). Scaled from national using average spatial distribution weighting for onshore wind from 3 studies; Access Economics 2009, KPMG 2009, and Carbon Market Economics 2009.","Custom input","Carbon Market Economics (2009). Upper estimate  (assumes less non-wind mix in RET)","ACIL Tasman (2010)","Each unit of energy generated produces zero emissions","ACIL Tasman (2010)","ACIL Tasman (2010)","ACIL Tasman (2010)","35% upper bound from assumptions spreadsheet, renewables worksheet MMA (2008b)","Average of AGL (2011) and Davy and Coppin (2003).  ","ISF estimate. ","The average cost of installing additional network capacity mulitplied by the network cost factor","Derived from other figures","Derived from other figures","Derived from other figures","Derived from other figures","Derived from other figures","Derived from other figures","Derived from other figures","Derived from other figures","Derived from other figures","Derived from other figures","Derived from other figures","Derived from other figures","Derived from other figures"]
[null,{"$f":"'Input data & costs'!B25","v":"5D"},{"$f":"'Input data & costs'!C25","v":"Renewables"},{"$f":"'Input data & costs'!D25","v":"Solar Thermal (with storage)"},{"$f":"'Input data & costs'!E25","v":"Renewables "},{"$f":"'Input data & costs'!F25","v":"Mirrors concentrate energy from the sun onto a focal point or tube filled with liquid. This liquid produces steam to drive a turbine.  Salt cells can store heat to provide electricity on demand."},"Black and Veatch (2006). 10 year California  High deployment scenario projections, Table 4.1 p21. Note: 1) California has equivilent summer peak and annual energy generation to Australia; 2) California has 33% RET by 2030)","Black and Veatch (2006). 10 year California  High deployment scenario projections, Table 4.1 p21. Note: 1) California has equivilent summer peak and annual energy generation to Australia; 2) California has 33% RET by 2030). Scaled from national figure using ISF estimate of 25% of national potential","Black and Veatch (2006). 10 year California  High deployment scenario projections, Table 4.1 p21. Note: 1) California has equivilent summer peak and annual energy generation to Australia; 2) California has 33% RET by 2030). Scaled from national figure using ISF estimate of 12% of national potential within this state","Black and Veatch (2006). 10 year California  High deployment scenario projections, Table 4.1 p21. Note: 1) California has equivilent summer peak and annual energy generation to Australia; 2) California has 33% RET by 2030). Scaled from national figure using ISF estimate of 30% of national potential","Black and Veatch (2006). 10 year California  High deployment scenario projections, Table 4.1 p21. Note: 1) California has equivilent summer peak and annual energy generation to Australia; 2) California has 33% RET by 2030). Scaled from national figure using ISF estimate of 15% of national potential","Black and Veatch (2006). 10 year California  High deployment scenario projections, Table 4.1 p21. Note: 1) California has equivilent summer peak and annual energy generation to Australia; 2) California has 33% RET by 2030). Scaled from national figure using ISF estimate of 0% of national potential.","Black and Veatch (2006). 10 year California  High deployment scenario projections, Table 4.1 p21. Note: 1) California has equivilent summer peak and annual energy generation to Australia; 2) California has 33% RET by 2030). Scaled from national figure using ISF estimate of 15% of national potential.","Black and Veatch (2006). 10 year California  High deployment scenario projections, Table 4.1 p21. Note: 1) California has equivilent summer peak and annual energy generation to Australia; 2) California has 33% RET by 2030). Scaled from national figure using ISF estimate of 3% of national potential.","Custom input","Black and Veatch (2006). 10 year California  High deployment scenario projections, Table 4.1 p21. Note: 1) California has equivilent summer peak and annual energy generation to Australia; 2) California has 33% RET by 2030)","ACIL Tasman (2010)","Zero emissions. Assumes no boosting required.","ACIL Tasman (2010)","ACIL Tasman (2010)","ACIL Tasman (2010)","CSIRO (2011) Table 5","Black and Veatch (2006). 6 hours storage in California qualifies CSP for 'peaking plant' categorisation, meaning  the plant can operate at at least 95% during the summer peaks. See discussion, page 6-6.","ISF estimate. ","The average cost of installing additional network capacity mulitplied by the network cost factor","Derived from other figures","Derived from other figures","Derived from other figures","Derived from other figures","Derived from other figures","Derived from other figures","Derived from other figures","Derived from other figures","Derived from other figures","Derived from other figures","Derived from other figures","Derived from other figures","Derived from other figures"]
[null,{"$f":"'Input data & costs'!B26","v":"5E"},{"$f":"'Input data & costs'!C26","v":"Renewables"},{"$f":"'Input data & costs'!D26","v":"Concentrating solar PV"},{"$f":"'Input data & costs'!E26","v":"Renewables "},{"$f":"'Input data & costs'!F26","v":"Mirrors concentrate and reflect sunlight onto high efficiency solar photovoltaic cells to produce electricity."},"TBC","TBC","TBC","TBC","TBC","TBC","TBC","TBC","Custom input","TBC","MMA (2008). Table 2.1","Each unit of energy generated produces zero emissions","MMA (2008). Table 2.1","No data available","No data available","Black and Veatch (2006). See discussion page A-12","No data available","ISF estimate. ","The average cost of installing additional network capacity mulitplied by the network cost factor","Derived from other figures","Derived from other figures","Derived from other figures","Derived from other figures","Derived from other figures","Derived from other figures","Derived from other figures","Derived from other figures","Derived from other figures","Derived from other figures","Derived from other figures","Derived from other figures","Derived from other figures"]
[null,{"$f":"'Input data & costs'!B27","v":"5F"},{"$f":"'Input data & costs'!C27","v":"Renewables"},{"$f":"'Input data & costs'!D27","v":"Solar PV (grid connected)"},{"$f":"'Input data & costs'!E27","v":"Renewables "},{"$f":"'Input data & costs'!F27","v":"Energy from the sun is harnessed through grid connected photovoltaic power systems."},"BSW-Solar (2010).Growth of solar pv installations in Germany 2000-2009  (part 7), adjusted for Australia's population. ","BSW-Solar (2010).Growth of solar pv installations in Germany 2000-2009 (part 7), adjusted for Australia's population. Scaled from national figure using population, then weighted according to climate. Weight=1","BSW-Solar (2010).Growth of solar pv installations in Germany 2000-2009 (part 7), adjusted for Australia's population. Scaled from national figure using population, then weighted according to climate. Weight=0.85","BSW-Solar (2010).Growth of solar pv installations in Germany 2000-2009 shown in part 7, adjusted for Australia's population. Scaled from national figure using population, then weighted according to climate. Weight=1.17","BSW-Solar (2010).Growth of solar pv installations in Germany 2000-2009 shown in part 7, adjusted for Australia's population. Scaled from national figure using population, then weighted according to climate. Weight=1.1","BSW-Solar (2010).Growth of solar pv installations in Germany 2000-2009 shown in part 7, adjusted for Australia's population. Scaled from national figure using population, then weighted according to climate. Weight=0.8"," BSW-Solar (2010).Growth of solar pv installations in Germany 2000-2009 shown in part 7, adjusted for Australia's population. Scaled from national figure using population, then weighted according to climate. Weight=1","BSW-Solar (2010).Growth of solar pv installations in Germany 2000-2009 shown in part 7, adjusted for Australia's population. Scaled from national figure using population, then weighted according to climate. Weight=1","Custom input",{"$f":"IF($P$2=$P$3,G28,IF($P$2=$Q$3,H28,IF($P$2=$R$3,I28,IF($P$2=$S$3,J28,IF($P$2=$T$3,K28,IF($P$2=$U$3,L28,IF($P$2=$V$3,M28,IF($P$2=$W$3,N28,IF($P$2=\"NEM\",G28,O28)))))))))","v":"BSW-Solar (2010).Growth of solar pv installations in Germany 2000-2009  (part 7), adjusted for Australia's population. "},"ACIL Tasman (2010)","Each unit of energy generated produces zero emissions","ACIL Tasman (2010)","Based on 2 inverter replacements, during the life of the panels, and an inverter price of $0.721/watt.  Source: All inverter price index (2010), October 2010 price, converted to AUD using 1AUD=1USD. ","ACIL Tasman (2010)","Office of the Renewable Energy Regulator (2011) online calculator. Based on Zone 3 eligible deemed STCs.","Popp (2005). Firm peak reduction in high load events for SA. ","ISF estimate. ","The average cost of installing additional network capacity mulitplied by the network cost factor","Derived from other figures","Derived from other figures","Derived from other figures","Derived from other figures","Derived from other figures","Derived from other figures","Derived from other figures","Derived from other figures","Derived from other figures","Derived from other figures","Derived from other figures","Derived from other figures","Derived from other figures"]
[null,{"$f":"'Input data & costs'!B28","v":"5G"},{"$f":"'Input data & costs'!C28","v":"Renewables"},{"$f":"'Input data & costs'!D28","v":"Geothermal - Hot Dry Rock"},{"$f":"'Input data & costs'!E28","v":"Renewables "},{"$f":"'Input data & costs'!F28","v":"Heat stored in low permeability rock below the earth's surface is harnessed by circulating water through drilled or naturally occurring fissures and using the returned superheated steam to generate electricity."},"MMA (2010). Based on projections for generation in the expaned RET. First plant online in 2017.","MMA (2010). Based on projections for generation in the expaned RET. Scaled from national figure using ISF estimates. First plant online in 2017.","MMA (2010). Based on projections for generation in the expaned RET. Scaled from national figure using ISF estimates. First plant online in 2017.","MMA (2010). Based on projections for generation in the expaned RET. Scaled from national figure using ISF estimates.  First plant online in 2017.","MMA (2010). Based on projections for generation in the expaned RET.  First plant online in 2017.Scaled from national figure using ISF estimates.","MMA (2010). Based on projections for generation in the expaned RET. First plant online in 2017. Scaled from national figure using ISF estimates.","MMA (2010). Based on projections for generation in the expaned RET.  First plant online in 2017. Scaled from national figure using ISF estimates.","MMA (2010). Based on projections for generation in the expaned RET.  First plant online in 2017. Scaled from national figure using ISF estimates.","Custom input",{"$f":"IF($P$2=$P$3,G29,IF($P$2=$Q$3,H29,IF($P$2=$R$3,I29,IF($P$2=$S$3,J29,IF($P$2=$T$3,K29,IF($P$2=$U$3,L29,IF($P$2=$V$3,M29,IF($P$2=$W$3,N29,IF($P$2=\"NEM\",G29,O29)))))))))","v":"MMA (2010). Based on projections for generation in the expaned RET. First plant online in 2017."},"ACIL Tasman (2010)","Each unit of energy generated produces zero emissions","ACIL Tasman (2010)","ACIL Tasman (2010)","ACIL Tasman (2010)","ACIL Tasman (2010)","ISF estimate, pending better data. ","ISF estimate. ","The average cost of installing additional network capacity mulitplied by the network cost factor","Derived from other figures","Derived from other figures","Derived from other figures","Derived from other figures","Derived from other figures","Derived from other figures","Derived from other figures","Derived from other figures","Derived from other figures","Derived from other figures","Derived from other figures","Derived from other figures","Derived from other figures"]
[null,{"$f":"'Input data & costs'!B29","v":"5H"},{"$f":"'Input data & costs'!C29","v":"Renewables"},{"$f":"'Input data & costs'!D29","v":"Ocean (tidal)"},{"$f":"'Input data & costs'!E29","v":"Renewables "},{"$f":"'Input data & costs'!F29","v":"Large turbines are positioned underwater to take advantage of regular tidal flows (wave energy is not included in this analysis)."},"ISF Estimate. Assumes tidal power installed in Northern Australia where large tidal ranges occur.","ISF Estimate. Assumes tidal power installed in Northern Australia where large tidal ranges occur.","ISF Estimate. Assumes tidal power installed in Northern Australia where large tidal ranges occur.","ISF Estimate. Assumes tidal power installed in Northern Australia where large tidal ranges occur.","ISF Estimate. Assumes tidal power installed in Northern Australia where large tidal ranges occur.","ISF Estimate. Assumes tidal power installed in Northern Australia where large tidal ranges occur.","ISF Estimate. Assumes tidal power installed in Northern Australia where large tidal ranges occur.","ISF Estimate. Assumes tidal power installed in Northern Australia where large tidal ranges occur.","Custom input","ISF Estimate. Assumes tidal power installed in Northern Australia where large tidal ranges occur.","OECD (2010). P43","Each unit of energy saved produces zero emissions","OECD (2010)/. Table 3.7d P62 Based on ESAA information regarding potential 304MW plant in WA. Adjusted by exchange rate outlined in Table 2.1, p38. (AUD1.19=1USD)","OECD (2010). Table 3.7d P62, converted to AUD using exchange rate 1USD=1.19AUD in Table 2.1, p38.  Based ESAA information regarding potential 304MW plant in WA. Note: Figure includes both fixed and variable O&M costs bundled together. Figure calculated from $/MWh figure using capacity factor.  ","Variable costs are included in the fixed O&M costs, because O&M costs not seperated into fixed and variable categories","OECD (2010) Table 3.5 P57. Based on ESAA info regarding potential 304MW plant in WA. ","ISF estimate, pending better data.","ISF estimate. ","The average cost of installing additional network capacity mulitplied by the network cost factor","Derived from other figures","Derived from other figures","Derived from other figures","Derived from other figures","Derived from other figures","Derived from other figures","Derived from other figures","Derived from other figures","Derived from other figures","Derived from other figures","Derived from other figures","Derived from other figures","Derived from other figures"]
[null,{"$f":"'Input data & costs'!B30","v":"6A"},{"$f":"'Input data & costs'!C30","v":"Energy Storage"},{"$f":"'Input data & costs'!D30","v":"Large scale batteries"},{"$f":"'Input data & costs'!E30","v":"Energy Storage"},{"$f":"'Input data & costs'!F30","v":"Sodium Sulphur Battery - High Temp battery (molten sulphur and molten sodium).  Suitable for applications between 10 and 100MW. Stand alone units used for peak shaving and often used to balance loads of power plants such as wind"},"Doughty et al. (2010). Potential in Australia is assumed to be the current installed capacity in Japan, which has a majority of the global installed capacity","Doughty et al. (2010). Potential in Australia is assumed to be the current installed capacity in Japan, which has a majority of the global installed capacity. Scaled from national figure using population.","Doughty et al. (2010). Potential in Australia is assumed to be the current installed capacity in Japan, which has a majority of the global installed capacity. Scaled from national figure using population.","Doughty et al. (2010). Potential in Australia is assumed to be the current installed capacity in Japan, which has a majority of the global installed capacity. Scaled from national figure using population.","Doughty et al. (2010). Potential in Australia is assumed to be the current installed capacity in Japan, which has a majority of the global installed capacity. Scaled from national figure using population.","Doughty et al. (2010). Potential in Australia is assumed to be the current installed capacity in Japan, which has a majority of the global installed capacity. Scaled from national figure using population.","Doughty et al. (2010). Potential in Australia is assumed to be the current installed capacity in Japan, which has a majority of the global installed capacity. Scaled from national figure using population.","Doughty et al. (2010). Potential in Australia is assumed to be the current installed capacity in Japan, which has a majority of the global installed capacity. Scaled from national figure using population.","Custom input","Doughty et al. (2010). Potential in Australia is assumed to be the current installed capacity in Japan, which has a majority of the global installed capacity","Jalal Kazempour and Moghaddam (2009) Table 2.","As batteries are not used for energy production, for simplicity we have assumed net emissions are zero. ","Jalal Kazempour and Moghaddam (2009). Table 2.","Business Insights: The future of electrical storage","Jalal Kazempour and Moghaddam (2009). Table 2 (k1÷2MW + k2). Assumes all labour costs are variable and plant runs at full capacity when in operation.  Based on 2MW NaS battery, converted to AUD (1USD=1.19AUD)","Jalal Kazempour and Moghaddam (2009). Assumed operation of 168 hours per year.","ISF estimate, pending better data. ","ISF estimate. ","The average cost of installing additional network capacity mulitplied by the network cost factor","Derived from other figures","Derived from other figures","Derived from other figures","Derived from other figures","Derived from other figures","Derived from other figures","Derived from other figures","Derived from other figures","Derived from other figures","Derived from other figures","Derived from other figures","Derived from other figures","Derived from other figures"]
[null,{"$f":"'Input data & costs'!B31","v":"6B"},{"$f":"'Input data & costs'!C31","v":"Energy Storage"},{"$f":"'Input data & costs'!D31","v":"Small scale batteries"},{"$f":"'Input data & costs'!E31","v":"Energy Storage"},{"$f":"'Input data & costs'!F31","v":"Flow Batteries (Vanadium Redox, Zinc Bromine). Similar in operation to hydrogen fuel cell.  Suitable for applications between 100kW and 10MW normally in association with peaky power plants such as wind or solar"},"ISF estimate","ISF estimate","ISF estimate","ISF estimate","ISF estimate","ISF estimate","ISF estimate","ISF estimate","Custom input","ISF estimate","Rastler, D. (2008)","As batteries are not used for energy production, for simplicity we have assumed net emissions are zero. ","Rastler, D. (2008). Average flow battery capital cost ","Business Insights: The future of electrical storage. The average fixed O&M cost of Vanadium Redox and Zinc Bromine batteries.","Business Insights: The future of electrical storage. Fixed costs and variable cost unable to be seperated. ","ISF estimate. Assumes peak operation for 5 hours x 90 days / year. ","ISF estimate, pending better data. ","ISF estimate. ","The average cost of installing additional network capacity mulitplied by the network cost factor","Derived from other figures","Derived from other figures","Derived from other figures","Derived from other figures","Derived from other figures","Derived from other figures","Derived from other figures","Derived from other figures","Derived from other figures","Derived from other figures","Derived from other figures","Derived from other figures","Derived from other figures"]
[null,{"$f":"'Input data & costs'!B32","v":"7A"},{"$f":"'Input data & costs'!C32","v":"Centralised Fossil"},{"$f":"'Input data & costs'!D32","v":"Combined Cycle Gas Turbine"},{"$f":"'Input data & costs'!E32","v":"Gas"},{"$f":"'Input data & costs'!F32","v":" Internal combustion jet turbine, powered by natural gas, with waste heat converted to additional electrical energy by steam turbines"},"ISF estimate","ISF estimate","ISF estimate","ISF estimate","ISF estimate","ISF estimate","ISF estimate","ISF estimate","Custom input","ISF estimate","ACIL Tasman (2009). Table 33"," Natural gas emissions of 51.6kg CO2e/GJ  from DCCEE (2010). Assumes plant efficiency of 50%, ACIL Tasman (2009 , Table 32).  Calculation: 51.6*3.6/0.5/1000 ","ACIL Tasman (2009). Table 35, 2010-11 costs","Acil Tasman (2009). Table 32"," Acil Tasman (2009). Table 32. Gas price  (user selects in \"Control Panel\") * Conversion factor (3.6) / Thermal efficiency sent out (50%) + VOM non fuel cost ","Acil Tasman (2008b). Based on average capacity factors of CCGT  installed in NEM. ","ISF estimate. Assumes reliable peak operation","ISF estimate. ","The average cost of installing additional network capacity mulitplied by the network cost factor","Derived from other figures","Derived from other figures","Derived from other figures","Derived from other figures","Derived from other figures","Derived from other figures","Derived from other figures","Derived from other figures","Derived from other figures","Derived from other figures","Derived from other figures","Derived from other figures","Derived from other figures"]
[null,{"$f":"'Input data & costs'!B33","v":"7B"},{"$f":"'Input data & costs'!C33","v":"Centralised Fossil"},{"$f":"'Input data & costs'!D33","v":"Open Cycle Gas Turbine"},{"$f":"'Input data & costs'!E33","v":"Gas"},{"$f":"'Input data & costs'!F33","v":" Internal combustion jet turbine, powered by natural gas"},"ISF estimate","ISF estimate","ISF estimate","ISF estimate","ISF estimate","ISF estimate","ISF estimate","ISF estimate","Custom input","ISF estimate","ACIL Tasman (2009). Table 33"," Natural gas emissions of 51.6kg CO2e/GJ  from DCCEE (2010). Assumes plant efficiency of 31% ACIL Tasman (2009 , Table 32).  Calculation: 51.6*3.6/0.31/1000 ","ACIL Tasman (2009). Table 35, 2010-11 costs","Acil Tasman (2009). Table 32"," Acil Tasman (2009). Table 32. Gas price  (user selects in \"Control Panel\") * Conversion factor (3.6) / Thermal efficiency sent out (31%) + VOM non fuel cost ","Acil Tasman (2008b). Based on average capacity factors of OCGT  installed in NEM. ","ACIL Tasman (2008b) ","ISF estimate. ","The average cost of installing additional network capacity mulitplied by the network cost factor","Derived from other figures","Derived from other figures","Derived from other figures","Derived from other figures","Derived from other figures","Derived from other figures","Derived from other figures","Derived from other figures","Derived from other figures","Derived from other figures","Derived from other figures","Derived from other figures","Derived from other figures"]
[null,{"$f":"'Input data & costs'!B34","v":"7C"},{"$f":"'Input data & costs'!C34","v":"Centralised Fossil"},{"$f":"'Input data & costs'!D34","v":"Supercritical black coal (dry cool)"},{"$f":"'Input data & costs'!E34","v":"Black Coal"},{"$f":"'Input data & costs'!F34","v":"Turbine produces electricity from steam at supercritical temperatures.  The steam is produced in a boiler by combusting pulverised black coal."},"ISF estimate","ISF estimate","ISF estimate","ISF estimate","ISF estimate","ISF estimate","ISF estimate","ISF estimate","Custom input","ISF estimate","ACIL Tasman (2009). Table 33","Black coal emissions of 88.7kg CO2e/GJ  from DCCEE (2010). Assumes plant efficiency of 44% ACIL Tasman (2009 , Table 32).  Calculation: 88.7*3.6/0.44/1000 ","ACIL Tasman (2009). Table 35, 2010-11 costs","Acil Tasman (2009). Table 32"," Acil Tasman (2009). Table 32. Average black coal price (Table 48)*Conversion factor (3.6)/ Thermal efficiency sent out (44%) + VOM non fuel cost ","Based on Australian Electricity System Capacity Factor. ","ISF estimate. Assumes reliable peak operation","ISF estimate. ","The average cost of installing additional network capacity mulitplied by the network cost factor","Derived from other figures","Derived from other figures","Derived from other figures","Derived from other figures","Derived from other figures","Derived from other figures","Derived from other figures","Derived from other figures","Derived from other figures","Derived from other figures","Derived from other figures","Derived from other figures","Derived from other figures"]
[null,{"$f":"'Input data & costs'!B35","v":"7D"},{"$f":"'Input data & costs'!C35","v":"Centralised Fossil"},{"$f":"'Input data & costs'!D35","v":"Supercritical brown coal (dry cool)"},{"$f":"'Input data & costs'!E35","v":"Brown Coal"},{"$f":"'Input data & costs'!F35","v":"Turbine produces electricity from steam at supercritical temperatures.  The steam is produced in a boiler by combusting pulverised brown coal."},"ISF estimate","ISF estimate","ISF estimate","ISF estimate","ISF estimate","ISF estimate","ISF estimate","ISF estimate","Custom input","ISF estimate","ACIL Tasman (2009). Table 33","Brown coal emissions of 93.2kg CO2e/GJ  from DCCEE (2010). Assumes plant efficiency of 43% (RWE power 2011).  Calculation: 93.2*3.6/0.43/1000 ","Based on upfront costs of 1100MW 43% thermal efficient air-cooled brown coal plant in Germany (RWE power 2011). Converted to AUD.","Acil Tasman (2009). Table 32"," Acil Tasman (2009). Table 32. Average brown coal price ($0.58/GJ,Table 48)*Conversion factor (3.6)/ Thermal efficiency sent out (43%) + VOM non fuel cost  ($1.25/MWh). Calculation = 0.58","Based on Australian Electricity System Capacity Factor. ","ISF estimate. Assumes reliable peak operation","ISF estimate. ","The average cost of installing additional network capacity mulitplied by the network cost factor","Derived from other figures","Derived from other figures","Derived from other figures","Derived from other figures","Derived from other figures","Derived from other figures","Derived from other figures","Derived from other figures","Derived from other figures","Derived from other figures","Derived from other figures","Derived from other figures","Derived from other figures"]
[null,{"$f":"'Input data & costs'!B36","v":"7E"},{"$f":"'Input data & costs'!C36","v":"Centralised Fossil"},{"$f":"'Input data & costs'!D36","v":"Improved power station efficiency - black coal"},{"$f":"'Input data & costs'!E36","v":"Black Coal"},{"$f":"'Input data & costs'!F36","v":"Various measures to improve power station efficiency of existing black coal fired power stations."},"Sinclair Knight and Mertz (2000). Calculated from 2% CO2 reduction figure, applied to existing black coal capacity. ","Sinclair Knight and Mertz (2000). Calculated from 2% CO2 reduction figure, applied to existing black coal capacity. ","Sinclair Knight and Mertz (2000). Calculated from 2% CO2 reduction figure, applied to existing black coal capacity. ","Sinclair Knight and Mertz (2000). Calculated from 2% CO2 reduction figure, applied to existing black coal capacity. ","Sinclair Knight and Mertz (2000). Calculated from 2% CO2 reduction figure, applied to existing black coal capacity. ","Sinclair Knight and Mertz (2000). Calculated from 2% CO2 reduction figure, applied to existing black coal capacity. ","Sinclair Knight and Mertz (2000). Calculated from 2% CO2 reduction figure, applied to existing black coal capacity. ","Sinclair Knight and Mertz (2000). Calculated from 2% CO2 reduction figure, applied to existing black coal capacity. ","Custom input","Sinclair Knight and Mertz (2000). Calculated from 2% CO2 reduction figure, applied to existing black coal capacity. ","Sinclair Knight and Mertz (2000). See notes Table 4.1","Each additional unit of energy generated produces zero emissions","Sinclair Knight and Mertz (2000). See notes Table 4.1","Sinclair Knight and Mertz (2000). No FOM costs","Sinclair Knight and Mertz (2000). No VOM costs","Based on Australian Electricity System Capacity Factor. ","ISF estimate. Assumes reliable peak operation","ISF estimate. ","The average cost of installing additional network capacity mulitplied by the network cost factor","Derived from other figures","Derived from other figures","Derived from other figures","Derived from other figures","Derived from other figures","Derived from other figures","Derived from other figures","Derived from other figures","Derived from other figures","Derived from other figures","Derived from other figures","Derived from other figures","Derived from other figures"]
[null,{"$f":"'Input data & costs'!B37","v":"7F"},{"$f":"'Input data & costs'!C37","v":"Centralised Fossil"},{"$f":"'Input data & costs'!D37","v":"Improved power station efficiency - brown coal"},{"$f":"'Input data & costs'!E37","v":"Brown Coal"},{"$f":"'Input data & costs'!F37","v":"Various measures to improve power station efficiency of existing brown coal fired power stations."},"Sinclair Knight and Mertz (2000). Calculated from 3.3% CO2 reduction figure, applied to existing brown coal capacity. ","Sinclair Knight and Mertz (2000). Calculated from 3.3% CO2 reduction figure, applied to existing brown coal capacity. ","Sinclair Knight and Mertz (2000). Calculated from 3.3% CO2 reduction figure, applied to existing brown coal capacity. ","Sinclair Knight and Mertz (2000). Calculated from 3.3% CO2 reduction figure, applied to existing brown coal capacity. ","Sinclair Knight and Mertz (2000). Calculated from 3.3% CO2 reduction figure, applied to existing brown coal capacity. ","Sinclair Knight and Mertz (2000). Calculated from 3.3% CO2 reduction figure, applied to existing brown coal capacity. ","Sinclair Knight and Mertz (2000). Calculated from 3.3% CO2 reduction figure, applied to existing brown coal capacity. ","Sinclair Knight and Mertz (2000). Calculated from 3.3% CO2 reduction figure, applied to existing brown coal capacity. ","Custom input","Sinclair Knight and Mertz (2000). Calculated from 3.3% CO2 reduction figure, applied to existing brown coal capacity. ","Sinclair Knight and Mertz (2000). See notes Table 4.1","Each additional unit of energy generated produces zero emissions","Sinclair Knight and Mertz (2000). See notes Table 4.1","Sinclair Knight and Mertz (2000). No FOM costs","Sinclair Knight and Mertz (2000). No VOM costs","Based on Australian Electricity System Capacity Factor. ","ISF estimate. Assumes reliable peak operation","ISF estimate. ","The average cost of installing additional network capacity mulitplied by the network cost factor","Derived from other figures","Derived from other figures","Derived from other figures","Derived from other figures","Derived from other figures","Derived from other figures","Derived from other figures","Derived from other figures","Derived from other figures","Derived from other figures","Derived from other figures","Derived from other figures","Derived from other figures"]
[null,{"$f":"'Input data & costs'!B38","v":"7G"},{"$f":"'Input data & costs'!C38","v":"Centralised Fossil"},{"$f":"'Input data & costs'!D38","v":"IGCC with CCS"},{"$f":"'Input data & costs'!E38","v":"Black Coal"},{"$f":"'Input data & costs'!F38","v":"Internal gasifcation combined cycle technology with carbon capture and storage.  Black coal is gasified and combusted to generate electricity, and emissions are pressurised and pumped into underground geologic features."},"ISF Estimate, assume technology is first available in 2015 ","ISF Estimate, assume technology is first available in 2016","ISF Estimate, assume technology is first available in 2017","ISF Estimate, assume technology is first available in 2018","ISF Estimate, assume technology is first available in 2019","ISF Estimate, assume technology is first available in 2020","ISF Estimate, assume technology is first available in 2021","ISF Estimate, assume technology is first available in 2022","Custom input","ISF Estimate, assume technology is first available in 2015 ","ACIL Tasman (2009). Table 33","Black coal emissions of 88.7kg CO2e/GJ  from DCCEE (2010). Assumes plant efficiency of 33%.  (ACIL Tasman 2009 , Table 32).  CCS assumed to be 85%. Calculation: 88.7*3.6/0.33/1000*0.15","Based on 530MW planned Zerogen plant (QLD), scheduled for 2015 opening. ","Acil Tasman (2009). Table 32"," Acil Tasman (2009). Table 32. Average black coal price (Table 48)*Conversion factor (3.6)/ Thermal efficiency sent out (33%) + VOM non fuel cost ","Based on Australian Electricity System Capacity Factor. ","ISF estimate. Assumes reliable peak operation","ISF estimate. ","The average cost of installing additional network capacity mulitplied by the network cost factor","Derived from other figures","Derived from other figures","Derived from other figures","Derived from other figures","Derived from other figures","Derived from other figures","Derived from other figures","Derived from other figures","Derived from other figures","Derived from other figures","Derived from other figures","Derived from other figures","Derived from other figures"]
[null,{"$f":"'Input data & costs'!B39","v":"8A"},{"$f":"'Input data & costs'!C39","v":"Insert technology"},{"$f":"'Input data & costs'!D39","v":"Enter name here"},{"$f":"'Input data & costs'!E39","v":"Enter fuel here (optional)"},{"$f":"'Input data & costs'!F39","v":"Enter description here (optional)"},"Data not available","Data not available","Data not available","Data not available","Data not available","Data not available","Data not available","Data not available","Custom input",{"$f":"IF($P$2=$P$3,G40,IF($P$2=$R$3,H40,IF($P$2=$Q$3,J40,IF($P$2=$R$3,J40,IF($P$2=$S$3,K40,IF($P$2=$T$3,L40,IF($P$2=$U$3,M40,IF($P$2=$V$3,N40,IF($P$2=\"NEM\",G40,O40)))))))))","v":"Data not available"},"Weighted average of all options in category","Weighted average of all options in category","Weighted average of all options in category","Weighted average of all options in category","Weighted average of all options in category","Weighted average of all options in category","Weighted average of all options in category","Weighted average of all options in category","Weighted average of all options in category","Derived from other figures","Derived from other figures","Derived from other figures","Derived from other figures","Derived from other figures","Derived from other figures","Derived from other figures","Derived from other figures","Derived from other figures","Derived from other figures","Derived from other figures","Derived from other figures","Derived from other figures"]
[null,{"$f":"'Input data & costs'!B40","v":"8B"},{"$f":"'Input data & costs'!C40","v":"Insert technology"},{"$f":"'Input data & costs'!D40","v":"Enter name here"},{"$f":"'Input data & costs'!E40","v":"Enter fuel here (optional)"},{"$f":"'Input data & costs'!F40","v":"Enter description here (optional)"},"Sum of all peak demand management capacity. Various sources","Sum of all peak demand management capacity. Various sources","Sum of all peak demand management capacity. Various sources","Sum of all peak demand management capacity. Various sources","Sum of all peak demand management capacity. Various sources","Sum of all peak demand management capacity. Various sources","Sum of all peak demand management capacity. Various sources","Sum of all peak demand management capacity. Various sources","Custom input","Sum of all peak demand management capacity. Various sources","Weighted average of all options in category","Weighted average of all options in category","Weighted average of all options in category","Weighted average of all options in category","Weighted average of all options in category","Weighted average of all options in category","Weighted average of all options in category","Weighted average of all options in category","Weighted average of all options in category","Derived from other figures","Derived from other figures","Derived from other figures","Derived from other figures","Derived from other figures","Derived from other figures","Derived from other figures","Derived from other figures","Derived from other figures","Derived from other figures","Derived from other figures","Derived from other figures","Derived from other figures"]
[null,{"$f":"'Input data & costs'!B41","v":"8C"},{"$f":"'Input data & costs'!C41","v":"Insert technology"},{"$f":"'Input data & costs'!D41","v":"Enter name here"},{"$f":"'Input data & costs'!E41","v":"Enter fuel here (optional)"},{"$f":"'Input data & costs'!F41","v":"Enter description here (optional)"},"Sum of all cogeneration and trigeneration capacity. Various sources.","Sum of all cogeneration and trigeneration capacity. Various sources.","Sum of all cogeneration and trigeneration capacity. Various sources.","Sum of all cogeneration and trigeneration capacity. Various sources.","Sum of all cogeneration and trigeneration capacity. Various sources.","Sum of all cogeneration and trigeneration capacity. Various sources.","Sum of all cogeneration and trigeneration capacity. Various sources.","Sum of all cogeneration and trigeneration capacity. Various sources.","Custom input","Sum of all cogeneration and trigeneration capacity. Various sources.","Weighted average of all options in category","Weighted average of all options in category","Weighted average of all options in category","Weighted average of all options in category","Weighted average of all options in category","Weighted average of all options in category","Weighted average of all options in category","Weighted average of all options in category","Weighted average of all options in category","Derived from other figures","Derived from other figures","Derived from other figures","Derived from other figures","Derived from other figures","Derived from other figures","Derived from other figures","Derived from other figures","Derived from other figures","Derived from other figures","Derived from other figures","Derived from other figures","Derived from other figures"]
[null,{"$f":"'Input data & costs'!B42","v":"8D"},{"$f":"'Input data & costs'!C42","v":"Insert technology"},{"$f":"'Input data & costs'!D42","v":"Enter name here"},{"$f":"'Input data & costs'!E42","v":"Enter fuel here (optional)"},{"$f":"'Input data & costs'!F42","v":"Enter description here (optional)"},"Sum of all bioenergy capacity. Various sources","Sum of all bioenergy capacity. Various sources","Sum of all bioenergy capacity. Various sources","Sum of all bioenergy capacity. Various sources","Sum of all bioenergy capacity. Various sources","Sum of all bioenergy capacity. Various sources","Sum of all bioenergy capacity. Various sources","Sum of all bioenergy capacity. Various sources","Custom input","Sum of all bioenergy capacity. Various sources","Weighted average of all options in category","Weighted average of all options in category","Weighted average of all options in category","Weighted average of all options in category","Weighted average of all options in category","Weighted average of all options in category","Weighted average of all options in category","Weighted average of all options in category","Weighted average of all options in category","Derived from other figures","Derived from other figures","Derived from other figures","Derived from other figures","Derived from other figures","Derived from other figures","Derived from other figures","Derived from other figures","Derived from other figures","Derived from other figures","Derived from other figures","Derived from other figures","Derived from other figures"]
[null,{"$f":"'Input data & costs'!B43","v":"8E"},{"$f":"'Input data & costs'!C43","v":"Insert technology"},{"$f":"'Input data & costs'!D43","v":"Enter name here"},{"$f":"'Input data & costs'!E43","v":"Enter fuel here (optional)"},{"$f":"'Input data & costs'!F43","v":"Enter description here (optional)"},"Sum of all renewable energy capacity. Various sources","Sum of all renewable energy capacity. Various sources","Sum of all renewable energy capacity. Various sources","Sum of all renewable energy capacity. Various sources","Sum of all renewable energy capacity. Various sources","Sum of all renewable energy capacity. Various sources","Sum of all renewable energy capacity. Various sources","Sum of all renewable energy capacity. Various sources","Custom input","Sum of all renewable energy capacity. Various sources","Weighted average of all options in category","Weighted average of all options in category","Weighted average of all options in category","Weighted average of all options in category","Weighted average of all options in category","Weighted average of all options in category","Weighted average of all options in category","Weighted average of all options in category","Weighted average of all options in category","Derived from other figures","Derived from other figures","Derived from other figures","Derived from other figures","Derived from other figures","Derived from other figures","Derived from other figures","Derived from other figures","Derived from other figures","Derived from other figures","Derived from other figures","Derived from other figures","Derived from other figures"]
[null,{"$f":"'Input data & costs'!B44","v":"8F"},{"$f":"'Input data & costs'!C44","v":"Insert technology"},{"$f":"'Input data & costs'!D44","v":"Enter name here"},{"$f":"'Input data & costs'!E44","v":"Enter fuel here (optional)"},{"$f":"'Input data & costs'!F44","v":"Enter description here (optional)"},"Sum of all electrical storage capacity. Various sources","Sum of all electrical storage capacity. Various sources","Sum of all electrical storage capacity. Various sources","Sum of all electrical storage capacity. Various sources","Sum of all electrical storage capacity. Various sources","Sum of all electrical storage capacity. Various sources","Sum of all electrical storage capacity. Various sources","Sum of all electrical storage capacity. Various sources","Custom input","Sum of all electrical storage capacity. Various sources","Weighted average of all options in category","Weighted average of all options in category","Weighted average of all options in category","Weighted average of all options in category","Weighted average of all options in category","Weighted average of all options in category","Weighted average of all options in category","Weighted average of all options in category","Weighted average of all options in category","Derived from other figures","Derived from other figures","Derived from other figures","Derived from other figures","Derived from other figures","Derived from other figures","Derived from other figures","Derived from other figures","Derived from other figures","Derived from other figures","Derived from other figures","Derived from other figures","Derived from other figures"]
[null,{"$f":"'Input data & costs'!B45","v":"8G"},{"$f":"'Input data & costs'!C45","v":"Insert technology"},{"$f":"'Input data & costs'!D45","v":"Enter name here"},{"$f":"'Input data & costs'!E45","v":"Enter fuel here (optional)"},{"$f":"'Input data & costs'!F45","v":"Enter description here (optional)"},"Sum of all centralised fossil generation capacity. Various sources","Sum of all centralised fossil generation capacity. Various sources","Sum of all centralised fossil generation capacity. Various sources","Sum of all centralised fossil generation capacity. Various sources","Sum of all centralised fossil generation capacity. Various sources","Sum of all centralised fossil generation capacity. Various sources","Sum of all centralised fossil generation capacity. Various sources","Sum of all centralised fossil generation capacity. Various sources","Custom input","Sum of all centralised fossil generation capacity. Various sources","Weighted average of all options in category","Weighted average of all options in category","Weighted average of all options in category","Weighted average of all options in category","Weighted average of all options in category","Weighted average of all options in category","Weighted average of all options in category","Weighted average of all options in category","Weighted average of all options in category","Derived from other figures","Derived from other figures","Derived from other figures","Derived from other figures","Derived from other figures","Derived from other figures","Derived from other figures","Derived from other figures","Derived from other figures","Derived from other figures","Derived from other figures","Derived from other figures","Derived from other figures"]
[null,{"$f":"'Input data & costs'!B46","v":"8H"},{"$f":"'Input data & costs'!C46","v":"Insert technology"},{"$f":"'Input data & costs'!D46","v":"Enter name here"},{"$f":"'Input data & costs'!E46","v":"Enter fuel here (optional)"},{"$f":"'Input data & costs'!F46","v":"Enter description here (optional)"},"User inserts data","User inserts data","User inserts data","User inserts data","User inserts data","User inserts data","User inserts data","User inserts data","Custom input","User inserts data","User inserts data","User inserts data","User inserts data","User inserts data","User inserts data","User inserts data","User inserts data","User inserts data","The average cost of installing additional network capacity mulitplied by the network cost factor","Derived from other figures","Derived from other figures","Derived from other figures","Derived from other figures","Derived from other figures","Derived from other figures","Derived from other figures","Derived from other figures","Derived from other figures","Derived from other figures","Derived from other figures","Derived from other figures","Derived from other figures"]
[null,{"$f":"'Input data & costs'!B47","v":"8I"},{"$f":"'Input data & costs'!C47","v":"Insert technology"},{"$f":"'Input data & costs'!D47","v":"Enter name here"},{"$f":"'Input data & costs'!E47","v":"Enter fuel here (optional)"},{"$f":"'Input data & costs'!F47","v":"Enter description here (optional)"},"User inserts data","User inserts data","User inserts data","User inserts data","User inserts data","User inserts data","User inserts data","User inserts data","Custom input","User inserts data","User inserts data","User inserts data","User inserts data","User inserts data","User inserts data","User inserts data","User inserts data","User inserts data","The average cost of installing additional network capacity mulitplied by the network cost factor","Derived from other figures","Derived from other figures","Derived from other figures","Derived from other figures","Derived from other figures","Derived from other figures","Derived from other figures","Derived from other figures","Derived from other figures","Derived from other figures","Derived from other figures","Derived from other figures","Derived from other figures"]
[]
[]
[null,null,null,null,null,null,"References"]
[null,null,null,null,null,null,"ABARE (2009). Electricity Generation - major developments listing, October 2009, excel spreadsheet. Available at http://www.abareconomics.com/publications_html/energy/energy_09/energy_09.html"]
[null,null,null,null,null,null,"Access Economics (2009). The net employment impacts of climate change policies. Prepared for the Clean Energy Council. "]
[null,null,null,null,null,null,"Acil Tasman (2008). Impacts of the Carbon Pollution Reduction Scheme and RET - Modelling of impacts on generator profitability. Prepared for Department of Climate Change. "]
[null,null,null,null,null,null,"Acil Tasman (2008b). Energy costs for Queensland electricity tariffs in 2007-08 and 2008-09. Prepared for AGL Energy. "]
[null,null,null,null,null,null,"Acil Tasman (2009). Fuel resource, new entry and generation costs in the NEM. Prepared for the Inter-Regional Planning Committee."]
[null,null,null,null,null,null,"Acil Tasman (2010). Preparation of Energy Market Modelling Data for the Energy White Paper, Supply Assumptions Report. eptember 2010 http://www.aemo.com.au/planning/0400-0019.pdf"]
[null,null,null,null,null,null,"AGL (2011). http://www.aglblog.com.au/2010/04/debunking-myths-about-wind-and-peaking-capacity/"]
[null,null,null,null,null,null,"AEMO (2009). National Transmission Statement for the National Electricity Market, Volume 2 Modelling and Analysis. "]
[null,null,null,null,null,null,"All Inverter Index (2010). Available at http://www.solarbuzz.com/Inverterprices.htm"]
[null,null,null,null,null,null,"Andrews, D. (2007). Emergency diesel standby generators of Wessex Water potential contribution to dealing with renewable energy sources intermittency & variability. The Institution of Diesel and Gas Turbine Engineers."]
[null,null,null,null,null,null,"Australian Greenhouse Office (2006). AGO factors and Methods Workbook. Department of Environment and Heritage. "]
[null,null,null,null,null,null,"Black and Veatch (2006). Economic, Energy, and Environmental Benefits of Concentrating Solar Power in California. Prepared for NREL (National Renewable Energy Laboratory). Available at http://www.osti.gov/bridge"]
[null,null,null,null,null,null,"BSW-Solar (2010). Webpage accessed on 13/10/2010.  http://www.solarwirtschaft.de/fileadmin/content_files/factsheet_pv_engl.pdf "]
[null,null,null,null,null,null,"Business insights (2009) The Future of Electrical Energy Storage - The economics and potential of new technologies. Brochure."]
[null,null,null,null,null,null,"Carbon Market Economics (2009). Renewable generation projections  2009 to 2028, Revised Final Report. "]
[null,null,null,null,null,null,"City of Sydney (2010) Vision 2030 website. http://www.cityofsydney.nsw.gov.au/2030/thedirections/projects/EnviroPerfProj.asp. Accesed on 1/11/2010."]
[null,null,null,null,null,null,"Clean Energy Council (2009). Biomass Resource Appraisal."]
[null,null,null,null,null,null,"CSIRO (2011)  Concentrating solar power – drivers and opportunities for cost-competitive electricity. By Jim Hinkley, Bryan Curtin, Jenny Hayward, Alex Wonhas (CSIRO)\nRod Boyd, Charles Grima, Amir Tadros, Ross Hall, Kevin Naicker, Adeeb Mikhail (Aurecon Australia Pty Ltd)"]
[null,null,null,null,null,null,"CSIRO (2009). Intelligent grid - a vlue proposition to Australia. Report No. ET/IR1152."]
[null,null,null,null,null,null,"Davy, R & Coppin P (2003), South East Australian Wind Power Study, Wind Energy Research Unit,  CSIRO Atmospheric Research, Canberra "]
[null,null,null,null,null,null,"Demand Management and Planning Project (2008). Demand management and planning project final report. Prepared for the NSW Minister for Planning."]
[null,null,null,null,null,null,"DEUS (2005) NSW Standby Generators Survey, Summary Report, prepared by Next Energy for NSW"]
[null,null,null,null,null,null,"Diesel Service and Supply (2010). Fuel consumption chart for standby diesel generators. Figures for 2.25 MW generator used. http://www.dieselserviceandsupply.com/Diesel_Fuel_Consumption.aspx. "]
[null,null,null,null,null,null,"Doughty, D., Butler, P., Akhil, A., Clark, N., and Boyes, J. (2010). Batteries for large-scale stationary electrical energy storage, The Electrochemical Society Interface Fall 2010."]
[null,null,null,null,null,null,"Electric Power Research Institute (EPRI) (1999). Rehabilitating and upgrading hydropower plants - a hydropower technology round-up report, Volume 2.  Palo Alto, CA:  1999. TR-113584-V2."]
[null,null,null,null,null,null,"Energetics (2004) NFEE: Energy Efficiency Improvement Potential Case Studies – Industrial Sector Final Report. Prepared for Sustainable Energy Authority Victoria."]
[null,null,null,null,null,null,"ESAA (2010). Electricity Gas Australia 2010. "]
[null,null,null,null,null,null,"European Wind Energy Association (2010). Webpage accessed on 12/10/2010. http://www.ewea.org/index.php?id=203 "]
[null,null,null,null,null,null,"Federal Energy Regulatory Commission (2009) A National Demand Response Potential Assessment Model. Developed by The Brattle Group, Freeman, Sullivan & Co, and The Global Energy Partners LLC. "]
[null,null,null,null,null,null,"Invenergy (2006). Basix Cogeneration Report - Cogeneration for residential apartment buildings in NSW - challenges and opportunities. Prepared for NSW Department of Planning. \n"]
[null,null,null,null,null,null,"Jalal Kazempour, S.  and Moghaddam, M. P. (2009). Economic Viability of NaS Battery Plant  in a Competitive Electricity Market. International Conference on Clean Electrical Power, 2009, p453 - 459."]
[null,null,null,null,null,null,"KPMG (2009). Stage 3 - Semi-scheduled, non-scheduled and exempt generation by fuel source in NEM regions, 2008-09 to 2028-29. Prepared for NEMMCO. "]
[null,null,null,null,null,null,"Langham, E., Dunstan, C., Walgenwitz, G., Denvir, P., Lederwasch, A., and Landler, J. (2010). Reduced Infrastructure Costs from Improving Building Energy Efficiency. Prepared for the Department of Climate Change and Energy Efficiency by the Institute for Sustainable Futures, University of Technology Sydney and Energetics. "]
[null,null,null,null,null,null,"MMA (2008). A  comparison  of  emission  pathways  and  policy  mixes  to achieve  major  reductions  in Australia’s  electricity  sector  greenhouse emissions. Report to the Climate Institute. "]
[null,null,null,null,null,null,"MMA (2009). Tasmanian Greenhouse Gas Emission Reduction Project - Understanding the Potential for Reducing Tasmania’s Greenhouse Gas Emissions. Prepared for Tasmanian Climate Change Office, Department of Premier and Cabinet, 30 November 2009. Cited in Langham et al. (2010)"]
[null,null,null,null,null,null,"MMA (2010).  Impacts of Changes to the Design of the  Expanded Renewable Energy Target. Prepared for the Department of Climate Change and Energy Efficiency. "]
[null,null,null,null,null,null,"Nous Group and SKM (2008). Assessment of Greenhouse Gas Abatement Potential and Cost in Key Sectors of the Western Australian Economy. Prepared for Department of Environment and Conservation Western Australia. Cited in Langham et al. (2010). "]
[null,null,null,null,null,null,"Oakley Greenwood (2010). Benefits and Costs of the Victorian AMI Program. Prepared for Victorian Department of Primary Industries. "]
[null,null,null,null,null,null,"OECD (2005). Projected costs of generating energy 2005 update. Produced by the Nuclear Energy Agency, within the Internation Energy Agency. "]
[null,null,null,null,null,null,"OECD (2010). Projected Costs of  Generating Electricity 2010 edition. Produced by the Nuclear Energy Agency, within the Internation Energy Agency. "]
[null,null,null,null,null,null,"Popp, M. (2005). The Value Of Distributed,  Urban Residential Photovoltaic Electricity In The Australian National Electricity Market - A Case Study "]
[null,null,null,null,null,null,"Queensland Office of Climate Change (2009). ClimateQ: towards a greener Queensland. Available at: http://www.climatechange.qld.gov.au/pdf/climateqreport/climateqreport-chapter9.pdf  "]
[null,null,null,null,null,null,"Rastler, D. (2008). New Demand for Electric Storage. Electric Perspectives, Edison Electric Institute, 2/2/2009"]
[null,null,null,null,null,null,"Rural Industries Research and Development Corporation (2008). Carbon Trading and Renewable Energy - A discussion paper on carbon credits and bioenergy developments for forestry and agriculture. Available at: https://rirdc.infoservices.com.au/items/08-184"]
[null,null,null,null,null,null,"RWE power (2011). http://www.rwe.com/web/cms/en/12068/rwe-power-ag/power-plant-new-build/boa-2-3/"]
[null,null,null,null,null,null,"Sinclair Knight and Mertz (2000).  Integrating Consultancy - Efficiency Standards for Power Generation, Unclassified version. Prepared for Australian Greenhouse Office. "]
[null,null,null,null,null,null,"Sustainability Victoria (2010) Cogeneration infosheet accessed on 1/11/2010. http://www.sv.sustainability.vic.gov.au/manufacturing/sustainable_manufacturing/resource.asp?action=show_resource&resourcetype=2&resourceid=23."]
[null,null,null,null,null,null,"Sustainable Energy Authority Victoria  (2003). National Framework for Energy Efficiency, Preliminary Assessment of Demand-Side Energy Efficiency Improvement Potential and Costs. "]
[null,null,null,null,null,null,"Sustainable Energy Development Authority of NSW  (2002). Distributed Energy Solutions: Cost and Capacity of Decentralised Energy Technologies."]
[null,null,null,null,null,null,"Department of Climate Change and Energy Efficiency (2010). National Greenhouse Accounts (NGA) Factors. Available online at http://www.climatechange.gov.au/publications/greenhouse-acctg/national-greenhouse-factors.aspx\n \n"]
[]
[]
[]
[]
[null,null,null,null,null,null,"Scaling references"]
[null,null,null,null,null,null,"Gross State Product:  ABS Cat no. 5220.0"]
[null,null,null,null,null,null,"Population: NSW Government website http://www.business.nsw.gov.au/aboutnsw/labour/C4_pop_estimates.htm"]
[null,null,null,null,null,null,"Area under plantation timber: Department of Agriculture Forestry and Fisheries (2007). Australia's Forestry in the year 2020. Available from http://www.daff.gov.au/forestry/national/investment"]

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[null,{"$f":"B54","v":"7F"},{"$f":"C54","v":"Improved power station efficiency - brown coal"},{"$f":"AU6","v":1.3039259999999999},1,{"$f":"IF(ISNUMBER(E55),F52+E55,\"\")","v":3},{"$f":"G54","v":16.728077645756734},{"$f":"H54","v":0},3,16.728077645756734,0,{"$f":"L54","v":1},null,null,null,null,null,null,null,5,1,{"$f":"SUM(G64:H64)","v":47.173847672728861},"Commercial Energy Efficiency",{"$f":"IF(U55=1,F63+E64/2,\"\")","v":26.5},47.173847672728861]
[null,{"$f":"B55","v":"7F"},{"$f":"C55","v":"Improved power station efficiency - brown coal"},{"$f":"D55","v":1.3039259999999999},1,3,0,0,3,0,0,{"$f":"L55","v":1},null,null,null,null,null,null,null,6,1,{"$f":"SUM(G67:H67)","v":51.922582424885789},"Supercritical black coal (dry cool)",{"$f":"IF(U56=1,F66+E67/2,\"\")","v":60.5},51.922582424885789]
[null,{"$f":"A7","v":"1A"},{"$f":"'Data_Energy (no CO2 or net)'!C7","v":"Industrial Energy Efficiency"},{"$f":"D55","v":1.3039259999999999},1,3,{"$f":"Z7","v":21.890229850451394},{"$f":"AA7","v":0},3,21.890229850451394,0,{"$f":"AS7","v":1},null,null,null,null,null,null,null,7,1,{"$f":"SUM(G70:H70)","v":57.743768063029478},"Industrial Cogeneration",{"$f":"IF(U57=1,F69+E70/2,\"\")","v":96.5},57.743768063029478]
[null,{"$f":"B57","v":"1A"},{"$f":"C57","v":"Industrial Energy Efficiency"},{"$f":"AU7","v":16.631536638295664},17,20,{"$f":"G57","v":21.890229850451394},{"$f":"H57","v":0},20,21.890229850451394,0,{"$f":"L57","v":1},null,null,null,null,null,null,null,8,1,{"$f":"SUM(G73:H73)","v":59.904485158378336},"Residential Energy Efficiency",{"$f":"IF(U58=1,F72+E73/2,\"\")","v":105},59.904485158378336]
[null,{"$f":"B58","v":"1A"},{"$f":"C58","v":"Industrial Energy Efficiency"},{"$f":"D58","v":16.631536638295664},17,20,0,0,20,0,0,{"$f":"L58","v":1},null,null,null,null,null,null,null,9,1,{"$f":"SUM(G76:H76)","v":61.602599803330513},"Supercritical brown coal (dry cool)",{"$f":"IF(U59=1,F75+E76/2,\"\")","v":119},61.602599803330513]
[null,{"$f":"A8","v":"4E"},{"$f":"'Data_Energy (no CO2 or net)'!C8","v":"Landfill gas"},{"$f":"D58","v":16.631536638295664},17,20,{"$f":"Z8","v":39.47172528506038},{"$f":"AA8","v":0},20,39.47172528506038,0,{"$f":"AS8","v":1},null,null,null,null,null,null,null,10,1,{"$f":"SUM(G79:H79)","v":67.739228042969231},"Combined Cycle Gas Turbine",{"$f":"IF(U60=1,F78+E79/2,\"\")","v":161.5},67.739228042969231]
[null,{"$f":"B60","v":"4E"},{"$f":"C60","v":"Landfill gas"},{"$f":"AU8","v":1.1149728000000001},1,21,{"$f":"G60","v":39.47172528506038},{"$f":"H60","v":0},21,39.47172528506038,0,{"$f":"L60","v":1},null,null,null,null,null,null,null,11,1,{"$f":"SUM(G82:H82)","v":68.161892959718216},"Improved Hydro Efficiency ",{"$f":"IF(U61=1,F81+E82/2,\"\")","v":191.5},68.161892959718216]
[null,{"$f":"B61","v":"4E"},{"$f":"C60","v":"Landfill gas"},{"$f":"D61","v":1.1149728000000001},1,21,0,0,21,0,0,{"$f":"L61","v":1},null,null,null,null,null,null,null,12,1,{"$f":"SUM(G85:H85)","v":88.445738531379476},"Refuse Derived Fuel (RDF) to energy",{"$f":"IF(U62=1,F84+E85/2,\"\")","v":194},88.445738531379476]
[null,{"$f":"A9","v":"1B"},{"$f":"'Data_Energy (no CO2 or net)'!C9","v":"Commercial Energy Efficiency"},{"$f":"D61","v":1.1149728000000001},1,21,{"$f":"Z9","v":47.173847672728861},{"$f":"AA9","v":0},21,47.173847672728861,0,{"$f":"AS9","v":1},null,null,null,null,null,null,null,13,1,{"$f":"SUM(G88:H88)","v":88.866294603231083},"Wind (onshore)",{"$f":"IF(U63=1,F87+E88/2,\"\")","v":210.5},88.866294603231083]
[null,{"$f":"B63","v":"1B"},{"$f":"C63","v":"Commercial Energy Efficiency"},{"$f":"AU9","v":11.326479832688099},11,32,{"$f":"G63","v":47.173847672728861},{"$f":"H63","v":0},32,47.173847672728861,0,{"$f":"L63","v":1},null,null,null,null,null,null,null,14,1,{"$f":"SUM(G91:H91)","v":91.272239221897152},"Sewage gas (Municipal water)",{"$f":"IF(U64=1,F90+E91/2,\"\")","v":225.5},91.272239221897152]
[null,{"$f":"B64","v":"1B"},{"$f":"C63","v":"Commercial Energy Efficiency"},{"$f":"D64","v":11.326479832688099},11,32,0,0,32,0,0,{"$f":"L64","v":1},null,null,null,null,null,null,null,15,1,{"$f":"SUM(G94:H94)","v":93.451640308311184},"Agricultural Biogas",{"$f":"IF(U65=1,F93+E94/2,\"\")","v":226.5},93.451640308311184]
[null,{"$f":"A10","v":"7C"},{"$f":"'Data_Energy (no CO2 or net)'!C10","v":"Supercritical black coal (dry cool)"},{"$f":"D64","v":11.326479832688099},11,32,{"$f":"Z10","v":37.582582424885793},{"$f":"AA10","v":14.34},32,37.582582424885793,14.34,{"$f":"AS10","v":1},null,null,null,null,null,null,null,16,1,{"$f":"SUM(G97:H97)","v":98.659511287120068},"Biomass Plant",{"$f":"IF(U66=1,F96+E97/2,\"\")","v":228.5},98.659511287120068]
[null,{"$f":"B66","v":"7C"},{"$f":"C66","v":"Supercritical black coal (dry cool)"},{"$f":"AU10","v":56.94},57,89,{"$f":"G66","v":37.582582424885793},{"$f":"H66","v":14.34},89,37.582582424885793,14.34,{"$f":"L66","v":1},null,null,null,null,null,null,null,17,1,{"$f":"SUM(G100:H100)","v":107.4039750489072},"Geothermal - Hot Dry Rock",{"$f":"IF(U67=1,F99+E100/2,\"\")","v":235},107.4039750489072]
[null,{"$f":"B67","v":"7C"},{"$f":"C66","v":"Supercritical black coal (dry cool)"},{"$f":"D67","v":56.94},57,89,0,0,89,{"$f":"G68*$L68","v":0},{"$f":"H68*$L68","v":0},{"$f":"L67","v":1},null,null,null,null,null,null,null,18,1,{"$f":"SUM(G103:H103)","v":117.24987650093024},"Biomass Cogen",{"$f":"IF(U68=1,F102+E103/2,\"\")","v":241},117.24987650093024]
[null,{"$f":"A11","v":"3A"},{"$f":"'Data_Energy (no CO2 or net)'!C11","v":"Industrial Cogeneration"},{"$f":"D67","v":56.94},57,89,{"$f":"Z11","v":23.671018371290881},{"$f":"AA11","v":34.072749691738593},89,23.671018371290881,34.072749691738593,{"$f":"AS11","v":1},null,null,null,null,null,null,null,19,1,{"$f":"SUM(G106:H106)","v":126.16831147151407},"Commercial Trigeneration",{"$f":"IF(U69=1,F105+E106/2,\"\")","v":244.5},126.16831147151407]
[null,{"$f":"B69","v":"3A"},{"$f":"C69","v":"Industrial Cogeneration"},{"$f":"AU11","v":15.225756000000001},15,104,{"$f":"G69","v":23.671018371290881},{"$f":"H69","v":34.072749691738593},104,23.671018371290881,34.072749691738593,{"$f":"L69","v":1},null,null,null,null,null,null,null,20,1,{"$f":"SUM(G109:H109)","v":135.33699893716812},"Wind (offshore)",{"$f":"IF(U70=1,F108+E109/2,\"\")","v":251},135.33699893716812]
[null,{"$f":"B70","v":"3A"},{"$f":"C69","v":"Industrial Cogeneration"},{"$f":"D70","v":15.225756000000001},15,104,0,0,104,0,0,{"$f":"L70","v":1},null,null,null,null,null,null,null,21,1,{"$f":"SUM(G112:H112)","v":149.47602639502873},"IGCC with CCS",{"$f":"IF(U71=1,F111+E112/2,\"\")","v":258},149.47602639502873]
[null,{"$f":"A12","v":"1C"},{"$f":"'Data_Energy (no CO2 or net)'!C12","v":"Residential Energy Efficiency"},{"$f":"D70","v":15.225756000000001},15,104,{"$f":"Z12","v":59.904485158378336},{"$f":"AA12","v":0},104,59.904485158378336,0,{"$f":"AS12","v":1},null,null,null,null,null,null,null,22,1,{"$f":"SUM(G115:H115)","v":151.06831864885982},"Solar Thermal (with storage)",{"$f":"IF(U72=1,F114+E115/2,\"\")","v":265},151.06831864885982]
[null,{"$f":"B72","v":"1C"},{"$f":"C72","v":"Residential Energy Efficiency"},{"$f":"AU12","v":2.4494126325365473},2,106,{"$f":"G72","v":59.904485158378336},{"$f":"H72","v":0},106,59.904485158378336,0,{"$f":"L72","v":1},null,null,null,null,null,null,null,23,1,{"$f":"SUM(G118:H118)","v":187.37655627897453},"Residential Hot Water",{"$f":"IF(U73=1,F117+E118/2,\"\")","v":272.5},187.37655627897453]
[null,{"$f":"B73","v":"1C"},{"$f":"C72","v":"Residential Energy Efficiency"},{"$f":"D73","v":2.4494126325365473},2,106,0,0,106,0,0,{"$f":"L73","v":1},null,null,null,null,null,null,null,24,1,{"$f":"SUM(G121:H121)","v":203.31174826335763},"Residential Cogeneration",{"$f":"IF(U74=1,F120+E121/2,\"\")","v":277},203.31174826335763]
[null,{"$f":"A13","v":"7D"},{"$f":"'Data_Energy (no CO2 or net)'!C13","v":"Supercritical brown coal (dry cool)"},{"$f":"D73","v":2.4494126325365473},2,106,{"$f":"Z13","v":55.502599803330511},{"$f":"AA13","v":6.1},106,55.502599803330511,6.1,{"$f":"AS13","v":1},null,null,null,null,null,null,null,25,1,{"$f":"SUM(G124:H124)","v":275.95805502424525},"Open Cycle Gas Turbine",{"$f":"IF(U75=1,F123+E124/2,\"\")","v":280.5},275.95805502424525]
[null,{"$f":"B75","v":"7D"},{"$f":"C75","v":"Supercritical brown coal (dry cool)"},{"$f":"AU13","v":25.623000000000001},26,132,{"$f":"G75","v":55.502599803330511},{"$f":"H75","v":6.1},132,55.502599803330511,6.1,{"$f":"L75","v":1},null,null,null,null,null,null,null,26,1,{"$f":"SUM(G127:H127)","v":332.40563130195022},"Ocean (tidal)",{"$f":"IF(U76=1,F126+E127/2,\"\")","v":283.5},332.40563130195022]
[null,{"$f":"B76","v":"7D"},{"$f":"C75","v":"Supercritical brown coal (dry cool)"},{"$f":"D76","v":25.623000000000001},26,132,0,0,132,0,0,{"$f":"L76","v":1},null,null,null,null,null,null,null,27,1,{"$f":"SUM(G130:H130)","v":334.40521255897465},"Solar PV (grid connected)",{"$f":"IF(U77=1,F129+E130/2,\"\")","v":285.5},334.40521255897465]
[null,{"$f":"A14","v":"7A"},{"$f":"'Data_Energy (no CO2 or net)'!C14","v":"Combined Cycle Gas Turbine"},{"$f":"D76","v":25.623000000000001},26,132,{"$f":"Z14","v":23.489228042969227},{"$f":"AA14","v":44.25},132,23.489228042969227,44.25,{"$f":"AS14","v":1},null,null,null,null,null,null,null,"",0,{"$f":"SUM(G133:H133)","v":675.16787512861879},"",{"$f":"IF(U78=1,F132+E133/2,\"\")","v":""},""]
[null,{"$f":"B78","v":"7A"},{"$f":"C78","v":"Combined Cycle Gas Turbine"},{"$f":"AU14","v":59.217599999999997},59,191,{"$f":"G78","v":23.489228042969227},{"$f":"H78","v":44.25},191,23.489228042969227,44.25,{"$f":"L78","v":1},null,null,null,null,null,null,null,"",0,{"$f":"SUM(G136:H136)","v":703.3253557453412},"",{"$f":"IF(U79=1,F135+E136/2,\"\")","v":""},""]
[null,{"$f":"B79","v":"7A"},{"$f":"C78","v":"Combined Cycle Gas Turbine"},{"$f":"D79","v":59.217599999999997},59,191,0,0,191,0,0,{"$f":"L79","v":1},null,null,null,null,null,null,null,"",0,{"$f":"SUM(G139:H139)","v":1075.4817980841729},"",{"$f":"IF(U80=1,F138+E139/2,\"\")","v":""},""]
[null,{"$f":"A15","v":"5A"},{"$f":"'Data_Energy (no CO2 or net)'!C15","v":"Improved Hydro Efficiency "},{"$f":"D79","v":59.217599999999997},59,191,{"$f":"Z15","v":68.161892959718216},{"$f":"AA15","v":0},191,68.161892959718216,0,{"$f":"AS15","v":1},null,null,null,null,null,null,null,"",0,{"$f":"SUM(G142:H142)","v":1182.9910411683443},"",{"$f":"IF(U81=1,F141+E142/2,\"\")","v":""},""]
[null,{"$f":"B81","v":"5A"},{"$f":"C81","v":"Improved Hydro Efficiency "},{"$f":"AU15","v":1.1458079999999997},1,192,{"$f":"G81","v":68.161892959718216},{"$f":"H81","v":0},192,68.161892959718216,0,{"$f":"L81","v":1},null,null,null,null,null,null,null,"",0,{"$f":"SUM(G145:H145)","v":2192.9746569996046},"",{"$f":"IF(U82=1,F144+E145/2,\"\")","v":""},""]
[null,{"$f":"B82","v":"5A"},{"$f":"C82","v":"Improved Hydro Efficiency "},{"$f":"D82","v":1.1458079999999997},{"$f":"IF(OR(ISERROR(D83), L83=0),\"\", ROUND(D83,0))","v":1},192,0,0,192,0,0,{"$f":"L82","v":1},null,null,null,null,null,null,null,"",0,{"$f":"SUM(G148:H148)","v":{"$error":"#VALUE!"}},"",{"$f":"IF(U83=1,F147+E148/2,\"\")","v":""},""]
[null,{"$f":"A16","v":"4A"},{"$f":"'Data_Energy (no CO2 or net)'!C16","v":"Refuse Derived Fuel (RDF) to energy"},{"$f":"D82","v":1.1458079999999997},1,192,{"$f":"Z16","v":53.445738531379483},{"$f":"AA16","v":35},192,53.445738531379483,35,{"$f":"AS16","v":1},null,null,null,null,null,null,null,"",0,{"$f":"SUM(G151:H151)","v":{"$error":"#VALUE!"}},"",{"$f":"IF(U84=1,F150+E151/2,\"\")","v":""},""]
[null,{"$f":"B84","v":"4A"},{"$f":"C84","v":"Refuse Derived Fuel (RDF) to energy"},{"$f":"AU16","v":4.4222232000000004},4,196,{"$f":"G84","v":53.445738531379483},{"$f":"H84","v":35},196,53.445738531379483,35,{"$f":"L84","v":1},null,null,null,null,null,null,null,"",0,{"$f":"SUM(G154:H154)","v":{"$error":"#VALUE!"}},"",{"$f":"IF(U85=1,F153+E154/2,\"\")","v":""},""]
[null,{"$f":"B85","v":"4A"},{"$f":"C85","v":"Refuse Derived Fuel (RDF) to energy"},{"$f":"D85","v":4.4222232000000004},4,196,0,0,196,0,0,{"$f":"L85","v":1},null,null,null,null,null,null,null,"",0,{"$f":"SUM(G157:H157)","v":{"$error":"#VALUE!"}},"",{"$f":"IF(U86=1,F156+E157/2,\"\")","v":""},""]
[null,{"$f":"A17","v":"5C"},{"$f":"'Data_Energy (no CO2 or net)'!C17","v":"Wind (onshore)"},{"$f":"D85","v":4.4222232000000004},4,{"$f":"IF(ISNUMBER(E87),F84+E87,\"\")","v":196},{"$f":"Z17","v":88.866294603231083},{"$f":"AA17","v":0},196,88.866294603231083,0,{"$f":"AS17","v":1},null,null,null,null,null,null,null,"",0,{"$f":"SUM(G160:H160)","v":{"$error":"#VALUE!"}},"",{"$f":"IF(U87=1,F160+E161/2,\"\")","v":""},""]
[null,{"$f":"B87","v":"5C"},{"$f":"C87","v":"Wind (onshore)"},{"$f":"AU17","v":28.869456},29,225,{"$f":"G87","v":88.866294603231083},{"$f":"H87","v":0},225,88.866294603231083,0,{"$f":"L87","v":1},null,null,null,null,null,null,null,"",0,{"$f":"SUM(G163:H163)","v":{"$error":"#VALUE!"}},"",{"$f":"IF(U88=1,F163+E164/2,\"\")","v":""},""]
[null,{"$f":"B88","v":"5C"},{"$f":"C88","v":"Wind (onshore)"},{"$f":"D88","v":28.869456},29,225,0,0,225,0,0,{"$f":"L88","v":1},null,null,null,null,null,null,null,"",0,{"$f":"SUM(G166:H166)","v":{"$error":"#VALUE!"}},"",{"$f":"IF(U89=1,F166+E167/2,\"\")","v":""},""]
[null,{"$f":"A18","v":"4F"},{"$f":"C18","v":"Sewage gas (Municipal water)"},{"$f":"D88","v":28.869456},29,225,{"$f":"Z18","v":34.692239221897154},{"$f":"AA18","v":56.58},225,34.692239221897154,56.58,{"$f":"AS18","v":1},null,null,null,null,null,null,null,"",0,{"$f":"SUM(G169:H169)","v":{"$error":"#VALUE!"}},"",{"$f":"IF(U90=1,F169+E170/2,\"\")","v":""},""]
[null,{"$f":"B90","v":"4F"},{"$f":"C90","v":"Sewage gas (Municipal water)"},{"$f":"AU18","v":0.8889648},1,226,{"$f":"G90","v":34.692239221897154},{"$f":"H90","v":56.58},226,34.692239221897154,56.58,{"$f":"L90","v":1},null,null,null,null,null,null,null,"",0,{"$f":"SUM(G172:H172)","v":{"$error":"#VALUE!"}},"",{"$f":"IF(U91=1,F172+E173/2,\"\")","v":""},""]
[null,{"$f":"B91","v":"4F"},{"$f":"C91","v":"Sewage gas (Municipal water)"},{"$f":"D91","v":0.8889648},1,226,0,0,226,0,0,{"$f":"L91","v":1},null,null,null,null,null,null,null,"",0,{"$f":"SUM(G175:H175)","v":{"$error":"#VALUE!"}},"",{"$f":"IF(U92=1,F175+E176/2,\"\")","v":""},""]
[null,{"$f":"A19","v":"4B"},{"$f":"C19","v":"Agricultural Biogas"},{"$f":"D91","v":0.8889648},1,226,{"$f":"Z19","v":61.491640308311183},{"$f":"AA19","v":31.96},226,61.491640308311183,31.96,{"$f":"AS19","v":1}]
[null,{"$f":"B93","v":"4B"},{"$f":"C93","v":"Agricultural Biogas"},{"$f":"AU19","v":0.78927599999999998},1,227,{"$f":"G93","v":61.491640308311183},{"$f":"H93","v":31.96},227,61.491640308311183,31.96,{"$f":"L93","v":1}]
[null,{"$f":"B94","v":"4B"},{"$f":"C94","v":"Agricultural Biogas"},{"$f":"D94","v":0.78927599999999998},1,227,0,0,227,0,0,{"$f":"L94","v":1}]
[null,{"$f":"A20","v":"4C"},{"$f":"'Data_Energy (no CO2 or net)'!C20","v":"Biomass Plant"},{"$f":"D94","v":0.78927599999999998},1,227,{"$f":"Z20","v":62.299511287120076},{"$f":"AA20","v":36.36},227,62.299511287120076,36.36,{"$f":"AS20","v":1}]
[null,{"$f":"B96","v":"4C"},{"$f":"C96","v":"Biomass Plant"},{"$f":"AU20","v":2.5686072000000002},3,230,{"$f":"G96","v":62.299511287120076},{"$f":"H96","v":36.36},230,62.299511287120076,36.36,{"$f":"L96","v":1}]
[null,{"$f":"B97","v":"4C"},{"$f":"C97","v":"Biomass Plant"},{"$f":"D97","v":2.5686072000000002},3,230,0,0,230,0,0,{"$f":"L97","v":1}]
[null,{"$f":"A21","v":"5G"},{"$f":"'Data_Energy (no CO2 or net)'!C21","v":"Geothermal - Hot Dry Rock"},{"$f":"D97","v":2.5686072000000002},3,230,{"$f":"Z21","v":107.4039750489072},{"$f":"AA21","v":0},230,107.4039750489072,0,{"$f":"AS21","v":1}]
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[]
[null,null,null,"Graph formatting parameters"]
[null,null,null,null,{"$f":"(126-COUNTBLANK(I51:I176))/3","v":27},"Number of technologies in graph"]
[null,null,null,null,{"$f":"SUM(AT5:AT46)","v":288.45054359552046},"X value max in TWh","Knocks out minor techs for  graph presentation purposes"]
[null,null,null,null,{"$f":"MAX(AW5:AW46)","v":288.45054359552046},"X value max (before high cost, low generation eliminated)","Knocks out minor techs for  graph presentation purposes",null,"Table to calculate appropriate size of x-axis interval"]
[null,null,null,null,{"$f":"MAX(I51:I176)","v":287},"X - axis max","Knocks out minor techs for  graph presentation purposes",null,"Max v-value bound",{"$f":"J184*J183","v":15},{"$f":"K184*K183","v":30},75,150,300,375,750,1500,3000,7500,15000,30000,37500,75000,112500,150000,300000,600000,1500000,{"$f":"AC184*AC183","v":600000},{"$f":"AD184*AD183","v":1500000}]
[null,null,null,null,{"$f":"E182/E181","v":0.99497125719563739},"% of generation included in graph",null,null,"#intervals",15,15,15,15,15,15,15,15,15,15,15,15,15,15,15,15,15,15,15,15,15]
[null,null,null,null,30,"Point (in TWh) where scale switches to GWh","Creates dummy to automatically choose graph scale ",null,"Specified x - interval",1,2,5,10,20,25,50,100,200,500,1000,2000,2500,5000,7500,10000,20000,40000,100000,40000,100000]
[null,null,null,null,{"$f":"IF(E180<E184,\"Small\",\"Large\")","v":"Large"},"Data scale auto selected",null,null,"Dummy",{"$f":"IF(AND($E$182<=J182,$E$182>0), 1, 0)","v":0},{"$f":"IF(AND($E$182<=K182,$E$182>J182), 1, 0)","v":0},{"$f":"IF(AND($E$182<=L182,$E$182>K182), 1, 0)","v":0},0,1,0,0,0,0,0,0,0,0,0,0,0,0,0,0,{"$f":"IF(AND($E$182<=AC182,$E$182>AB182), 1, 0)","v":0},{"$f":"IF(AND($E$182<=AD182,$E$182>AC182), 1, 0)","v":0}]
[null,null,null,null,{"$f":"AVERAGEIF(AX5:AX46,\"=1\",AV5:AV46)*8","v":636.79666415597148},"Y axis elimination, high costs ($/MWh)","Keep graph neat"]
[null,null,null,null,{"$f":"IF(E185=\"Large\",0.51,E181*0.005)","v":0.51},"X-axis elimination, small generation) (<0.5% of total)","Keep graph neat"]
[null,null,null,"to cut and paste into graph ",{"$f":"SUMPRODUCT(J185:AD185,J184:AD184)","v":20},"Cut paste to Auto-gen x-interval from table","Chooses appropriate x-axis intervals"]
[null,null,null,"to cut and paste into graph",{"$f":"IF(AND(E185=\"Large\",'Input datasheet'!U5=FALSE),\"Energy generation potential (TWh)\",IF(AND(E185=\"Small\",'Input datasheet'!U5=TRUE),\"Energy generation potential (MWh/yr)\",\"Energy generation potential (GWh/yr)\"))","v":"Energy generation potential (TWh)"},"Cut paste to X-axis label","To adjust x-axis label based on scale"]
[]
[]
[null,null,null,null,null,null,null,null," "]

{"sheet":"Data_Energy (no CO2)","index":18,"n_rows":192,"n_cols":50,"rows_kept":192,"cut":false,"hidden":true,"merged":[[182,5,182,6],[183,6,184,6],[1,40,2,49],[180,8,180,27],[177,3,177,6],[1,0,2,4],[1,5,2,24],[1,25,1,39],[2,25,2,31],[2,32,2,34],[2,35,2,39],[48,10,48,12],[47,9,47,12],[47,19,48,24]]}
["Energy - No CO2 "]
["Information",null,null,null,null,"Inputs",null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,"Outputs",null,null,null,null,null,null,null,null,null,null,null,null,null,null,"Graph formatting"]
[null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,"Energy costs",null,null,null,null,null,null,"Firm peak power cost",null,null,"Other"]
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[null,{"$f":"A10","v":"1C"},{"$f":"'Data_Energy (no CO2)'!C10","v":"Residential Energy Efficiency"},{"$f":"D64","v":1.3039259999999999},1,32,{"$f":"Z10","v":59.904485158378336},{"$f":"AA10","v":0},{"$f":"AB10","v":0},32,59.904485158378336,0,0,{"$f":"AS10","v":1},null,null,null,null,null,16,1,{"$f":"SUM(G97:I97)","v":137.35294093663214},"Geothermal - Hot Dry Rock",{"$f":"IF(U66=1,F96+E97/2,\"\")","v":207},137.35294093663214]
[null,{"$f":"B66","v":"1C"},{"$f":"C66","v":"Residential Energy Efficiency"},{"$f":"AU10","v":2.4494126325365473},2,34,{"$f":"G66","v":59.904485158378336},{"$f":"H66","v":0},{"$f":"I66","v":0},34,59.904485158378336,0,0,{"$f":"N66","v":1},null,null,null,null,null,17,1,{"$f":"SUM(G100:I100)","v":140.63230067865396},"Commercial Trigeneration",{"$f":"IF(U67=1,F99+E100/2,\"\")","v":214.5},140.63230067865396]
[null,{"$f":"B67","v":"1C"},{"$f":"C66","v":"Residential Energy Efficiency"},{"$f":"D67","v":2.4494126325365473},2,34,0,0,0,34,0,0,0,{"$f":"N67","v":1},null,null,null,null,null,18,1,{"$f":"SUM(G103:I103)","v":143.41619675587296},"Wind (onshore)",{"$f":"IF(U68=1,F102+E103/2,\"\")","v":231.5},143.41619675587296]
[null,{"$f":"A11","v":"3A"},{"$f":"'Data_Energy (no CO2)'!C11","v":"Industrial Cogeneration"},{"$f":"D67","v":2.4494126325365473},2,34,{"$f":"Z11","v":23.671018371290881},{"$f":"AA11","v":34.072749691738593},{"$f":"AB11","v":9.0916503587736468},34,23.671018371290881,34.072749691738593,9.0916503587736468,{"$f":"AS11","v":1},null,null,null,null,null,19,1,{"$f":"SUM(G106:I106)","v":174.23114714541077},"Improved Hydro Efficiency ",{"$f":"IF(U69=1,F105+E106/2,\"\")","v":246.5},174.23114714541077]
[null,{"$f":"B69","v":"3A"},{"$f":"C69","v":"Industrial Cogeneration"},{"$f":"AU11","v":15.225756000000001},15,49,{"$f":"G69","v":23.671018371290881},{"$f":"H69","v":34.072749691738593},{"$f":"I69","v":9.0916503587736468},49,23.671018371290881,34.072749691738593,9.0916503587736468,{"$f":"N69","v":1},null,null,null,null,null,20,1,{"$f":"SUM(G109:I109)","v":186.93825773020774},"Wind (offshore)",{"$f":"IF(U70=1,F108+E109/2,\"\")","v":251},186.93825773020774]
[null,{"$f":"B70","v":"3A"},{"$f":"C69","v":"Industrial Cogeneration"},{"$f":"D70","v":15.225756000000001},15,49,0,0,0,49,0,0,0,{"$f":"N70","v":1},null,null,null,null,null,21,1,{"$f":"SUM(G112:I112)","v":187.37655627897453},"Residential Hot Water",{"$f":"IF(U71=1,F111+E112/2,\"\")","v":258.5},187.37655627897453]
[null,{"$f":"A12","v":"7C"},{"$f":"'Data_Energy (no CO2)'!C12","v":"Supercritical black coal (dry cool)"},{"$f":"D70","v":15.225756000000001},15,49,{"$f":"Z12","v":37.582582424885793},{"$f":"AA12","v":14.34},{"$f":"AB12","v":39.164032314717247},49,37.582582424885793,14.34,39.164032314717247,{"$f":"AS12","v":1},null,null,null,null,null,22,1,{"$f":"SUM(G115:I115)","v":188.64005870974597},"IGCC with CCS",{"$f":"IF(U72=1,F114+E115/2,\"\")","v":265},188.64005870974597]
[null,{"$f":"B72","v":"7C"},{"$f":"C72","v":"Supercritical black coal (dry cool)"},{"$f":"AU12","v":56.94},57,106,{"$f":"G72","v":37.582582424885793},{"$f":"H72","v":14.34},{"$f":"I72","v":39.164032314717247},106,37.582582424885793,14.34,39.164032314717247,{"$f":"N72","v":1},null,null,null,null,null,23,1,{"$f":"SUM(G118:I118)","v":197.63530829135897},"Solar Thermal (with storage)",{"$f":"IF(U73=1,F117+E118/2,\"\")","v":272},197.63530829135897]
[null,{"$f":"B73","v":"7C"},{"$f":"C72","v":"Supercritical black coal (dry cool)"},{"$f":"D73","v":56.94},57,106,0,0,0,106,0,0,0,{"$f":"N73","v":1},null,null,null,null,null,24,1,{"$f":"SUM(G121:I121)","v":218.61019838629406},"Residential Cogeneration",{"$f":"IF(U74=1,F120+E121/2,\"\")","v":277},218.61019838629406]
[null,{"$f":"A13","v":"4A"},{"$f":"'Data_Energy (no CO2)'!C13","v":"Refuse Derived Fuel (RDF) to energy"},{"$f":"D73","v":56.94},57,106,{"$f":"Z13","v":53.445738531379483},{"$f":"AA13","v":35},{"$f":"AB13","v":5.9201444196665607},106,53.445738531379483,35,5.9201444196665607,{"$f":"AS13","v":1},null,null,null,null,null,25,1,{"$f":"SUM(G124:I124)","v":342.98213563589775},"Solar PV (grid connected)",{"$f":"IF(U75=1,F123+E124/2,\"\")","v":279.5},342.98213563589775]
[null,{"$f":"B75","v":"4A"},{"$f":"C75","v":"Refuse Derived Fuel (RDF) to energy"},{"$f":"AU13","v":4.4222232000000004},4,110,{"$f":"G75","v":53.445738531379483},{"$f":"H75","v":35},{"$f":"I75","v":5.9201444196665607},110,53.445738531379483,35,5.9201444196665607,{"$f":"N75","v":1},null,null,null,null,null,26,1,{"$f":"SUM(G127:I127)","v":396.04718381336573},"Ocean (tidal)",{"$f":"IF(U76=1,F126+E127/2,\"\")","v":281.5},396.04718381336573]
[null,{"$f":"B76","v":"4A"},{"$f":"C75","v":"Refuse Derived Fuel (RDF) to energy"},{"$f":"D76","v":4.4222232000000004},4,110,0,0,0,110,0,0,0,{"$f":"N76","v":1},null,null,null,null,null,27,1,{"$f":"SUM(G130:I130)","v":785.09047511556946},"Open Cycle Gas Turbine",{"$f":"IF(U77=1,F129+E130/2,\"\")","v":284.5},785.09047511556946]
[null,{"$f":"A14","v":"4F"},{"$f":"'Data_Energy (no CO2)'!C14","v":"Sewage gas (Municipal water)"},{"$f":"D76","v":4.4222232000000004},4,110,{"$f":"Z14","v":34.692239221897154},{"$f":"AA14","v":56.58},{"$f":"AB14","v":5.9201444196665607},110,34.692239221897154,56.58,5.9201444196665607,{"$f":"AS14","v":1},null,null,null,null,null,"",0,{"$f":"SUM(G133:I133)","v":776.99435914688365},"",{"$f":"IF(U78=1,F132+E133/2,\"\")","v":""},""]
[null,{"$f":"B78","v":"4F"},{"$f":"C78","v":"Sewage gas (Municipal water)"},{"$f":"AU14","v":0.8889648},1,111,{"$f":"G78","v":34.692239221897154},{"$f":"H78","v":56.58},{"$f":"I78","v":5.9201444196665607},111,34.692239221897154,56.58,5.9201444196665607,{"$f":"N78","v":1},null,null,null,null,null,"",0,{"$f":"SUM(G136:I136)","v":830.60846076817222},"",{"$f":"IF(U79=1,F135+E136/2,\"\")","v":""},""]
[null,{"$f":"B79","v":"4F"},{"$f":"C78","v":"Sewage gas (Municipal water)"},{"$f":"D79","v":0.8889648},1,111,0,0,0,111,0,0,0,{"$f":"N79","v":1},null,null,null,null,null,"",0,{"$f":"SUM(G139:I139)","v":1117.9094997584498},"",{"$f":"IF(U80=1,F138+E139/2,\"\")","v":""},""]
[null,{"$f":"A15","v":"7D"},{"$f":"'Data_Energy (no CO2)'!C15","v":"Supercritical brown coal (dry cool)"},{"$f":"D79","v":0.8889648},1,111,{"$f":"Z15","v":55.502599803330511},{"$f":"AA15","v":6.1},{"$f":"AB15","v":39.164032314717247},111,55.502599803330511,6.1,39.164032314717247,{"$f":"AS15","v":1},null,null,null,null,null,"",0,{"$f":"SUM(G142:I142)","v":1554.657707835011},"",{"$f":"IF(U81=1,F141+E142/2,\"\")","v":""},""]
[null,{"$f":"B81","v":"7D"},{"$f":"C81","v":"Supercritical brown coal (dry cool)"},{"$f":"AU15","v":25.623000000000001},26,137,{"$f":"G81","v":55.502599803330511},{"$f":"H81","v":6.1},{"$f":"I81","v":39.164032314717247},137,55.502599803330511,6.1,39.164032314717247,{"$f":"N81","v":1},null,null,null,null,null,"",0,{"$f":"SUM(G145:I145)","v":2511.1824195566824},"",{"$f":"IF(U82=1,F144+E145/2,\"\")","v":""},""]
[null,{"$f":"B82","v":"7D"},{"$f":"C82","v":"Supercritical brown coal (dry cool)"},{"$f":"D82","v":25.623000000000001},{"$f":"IF(OR(ISERROR(D83), N83=0),\"\", ROUND(D83,0))","v":26},137,0,0,0,137,{"$f":"G83*$N83","v":0},{"$f":"H83*$N83","v":0},{"$f":"I83*$N83","v":0},{"$f":"N82","v":1},null,null,null,null,null,"",0,{"$f":"SUM(G148:I148)","v":{"$error":"#VALUE!"}},"",{"$f":"IF(U83=1,F147+E148/2,\"\")","v":""},""]
[null,{"$f":"A16","v":"7A"},{"$f":"'Data_Energy (no CO2)'!C16","v":"Combined Cycle Gas Turbine"},{"$f":"D82","v":25.623000000000001},26,137,{"$f":"Z16","v":23.489228042969227},{"$f":"AA16","v":44.25},{"$f":"AB16","v":39.164032314717247},137,23.489228042969227,44.25,39.164032314717247,{"$f":"AS16","v":1},null,null,null,null,null,"",0,{"$f":"SUM(G151:I151)","v":{"$error":"#VALUE!"}},"",{"$f":"IF(U84=1,F150+E151/2,\"\")","v":""},""]
[null,{"$f":"B84","v":"7A"},{"$f":"C84","v":"Combined Cycle Gas Turbine"},{"$f":"AU16","v":59.217599999999997},59,196,{"$f":"G84","v":23.489228042969227},{"$f":"H84","v":44.25},{"$f":"I84","v":39.164032314717247},196,23.489228042969227,44.25,39.164032314717247,{"$f":"N84","v":1},null,null,null,null,null,"",0,{"$f":"SUM(G154:I154)","v":{"$error":"#VALUE!"}},"",{"$f":"IF(U85=1,F153+E154/2,\"\")","v":""},""]
[null,{"$f":"B85","v":"7A"},{"$f":"C85","v":"Combined Cycle Gas Turbine"},{"$f":"D85","v":59.217599999999997},59,196,0,0,0,196,0,0,0,{"$f":"N85","v":1},null,null,null,null,null,"",0,{"$f":"SUM(G157:I157)","v":{"$error":"#VALUE!"}},"",{"$f":"IF(U86=1,F156+E157/2,\"\")","v":""},""]
[null,{"$f":"A17","v":"4B"},{"$f":"'Data_Energy (no CO2)'!C17","v":"Agricultural Biogas"},{"$f":"D85","v":59.217599999999997},59,{"$f":"IF(ISNUMBER(E87),F84+E87,\"\")","v":196},{"$f":"Z17","v":61.491640308311183},{"$f":"AA17","v":31.96},{"$f":"AB17","v":22.461724415793714},196,61.491640308311183,31.96,22.461724415793714,{"$f":"AS17","v":1},null,null,null,null,null,"",0,{"$f":"SUM(G160:I160)","v":{"$error":"#VALUE!"}},"",{"$f":"IF(U87=1,F160+E161/2,\"\")","v":""},""]
[null,{"$f":"B87","v":"4B"},{"$f":"C87","v":"Agricultural Biogas"},{"$f":"AU17","v":0.78927599999999998},1,197,{"$f":"G87","v":61.491640308311183},{"$f":"H87","v":31.96},{"$f":"I87","v":22.461724415793714},197,61.491640308311183,31.96,22.461724415793714,{"$f":"N87","v":1},null,null,null,null,null,"",0,{"$f":"SUM(G163:I163)","v":{"$error":"#VALUE!"}},"",{"$f":"IF(U88=1,F163+E164/2,\"\")","v":""},""]
[null,{"$f":"B88","v":"4B"},{"$f":"C88","v":"Agricultural Biogas"},{"$f":"D88","v":0.78927599999999998},1,197,0,0,0,197,0,0,0,{"$f":"N88","v":1},null,null,null,null,null,"",0,{"$f":"SUM(G166:I166)","v":{"$error":"#VALUE!"}},"",{"$f":"IF(U89=1,F166+E167/2,\"\")","v":""},""]
[null,{"$f":"A18","v":"4C"},{"$f":"C18","v":"Biomass Plant"},{"$f":"D88","v":0.78927599999999998},1,197,{"$f":"Z18","v":62.299511287120076},{"$f":"AA18","v":36.36},{"$f":"AB18","v":23.570945374598342},197,62.299511287120076,36.36,23.570945374598342,{"$f":"AS18","v":1},null,null,null,null,null,"",0,{"$f":"SUM(G169:I169)","v":{"$error":"#VALUE!"}},{"$f":"IF(AU44=1,E44,\"\")","v":""},{"$f":"IF(U90=1,H169+G170/2,\"\")","v":""},{"$f":"IF(OR($O90=0,ISERROR(V90)),\"\",V90)","v":""}]
[null,{"$f":"B90","v":"4C"},{"$f":"C90","v":"Biomass Plant"},{"$f":"AU18","v":2.5686072000000002},3,200,{"$f":"G90","v":62.299511287120076},{"$f":"H90","v":36.36},{"$f":"I90","v":23.570945374598342},200,62.299511287120076,36.36,23.570945374598342,{"$f":"N90","v":1},null,null,null,null,null,"",0,{"$f":"SUM(G172:I172)","v":{"$error":"#VALUE!"}},{"$f":"IF(AU45=1,E45,\"\")","v":""},{"$f":"IF(U91=1,H172+G173/2,\"\")","v":""},{"$f":"IF(OR($O91=0,ISERROR(V91)),\"\",V91)","v":""}]
[null,{"$f":"B91","v":"4C"},{"$f":"C91","v":"Biomass Plant"},{"$f":"D91","v":2.5686072000000002},3,200,0,0,0,200,0,0,0,{"$f":"N91","v":1},null,null,null,null,null,"",0,{"$f":"SUM(G175:I175)","v":{"$error":"#VALUE!"}},{"$f":"IF(AU46=1,E46,\"\")","v":""},{"$f":"IF(U92=1,H175+G176/2,\"\")","v":""},{"$f":"IF(OR($O92=0,ISERROR(V92)),\"\",V92)","v":""}]
[null,{"$f":"A19","v":"4D"},{"$f":"C19","v":"Biomass Cogen"},{"$f":"D91","v":2.5686072000000002},3,200,{"$f":"Z19","v":117.24987650093024},{"$f":"AA19","v":0},{"$f":"AB19","v":16.971080669710808},200,117.24987650093024,0,16.971080669710808,{"$f":"AS19","v":1}]
[null,{"$f":"B93","v":"4D"},{"$f":"C93","v":"Biomass Cogen"},{"$f":"AU19","v":2.0261879999999999},2,202,{"$f":"G93","v":117.24987650093024},{"$f":"H93","v":0},{"$f":"I93","v":16.971080669710808},202,117.24987650093024,0,16.971080669710808,{"$f":"N93","v":1}]
[null,{"$f":"B94","v":"4D"},{"$f":"C94","v":"Biomass Cogen"},{"$f":"D94","v":2.0261879999999999},2,202,0,0,0,202,0,0,0,{"$f":"N94","v":1}]
[null,{"$f":"A20","v":"5G"},{"$f":"'Data_Energy (no CO2)'!C20","v":"Geothermal - Hot Dry Rock"},{"$f":"D94","v":2.0261879999999999},2,202,{"$f":"Z20","v":107.4039750489072},{"$f":"AA20","v":0},{"$f":"AB20","v":29.948965887724952},202,107.4039750489072,0,29.948965887724952,{"$f":"AS20","v":1}]
[null,{"$f":"B96","v":"5G"},{"$f":"C96","v":"Geothermal - Hot Dry Rock"},{"$f":"AU20","v":10.245696000000001},10,212,{"$f":"G96","v":107.4039750489072},{"$f":"H96","v":0},{"$f":"I96","v":29.948965887724952},212,107.4039750489072,0,29.948965887724952,{"$f":"N96","v":1}]
[null,{"$f":"B97","v":"5G"},{"$f":"C97","v":"Geothermal - Hot Dry Rock"},{"$f":"D97","v":10.245696000000001},10,212,0,0,0,212,0,0,0,{"$f":"N97","v":1}]
[null,{"$f":"A21","v":"3B"},{"$f":"'Data_Energy (no CO2)'!C21","v":"Commercial Trigeneration"},{"$f":"D97","v":10.245696000000001},10,212,{"$f":"Z21","v":56.326206208356176},{"$f":"AA21","v":69.84210526315789},{"$f":"AB21","v":14.463989207139893},212,56.326206208356176,69.84210526315789,14.463989207139893,{"$f":"AS21","v":1}]
[null,{"$f":"B99","v":"3B"},{"$f":"C99","v":"Commercial Trigeneration"},{"$f":"AU21","v":5.1764591999999992},5,217,{"$f":"G99","v":56.326206208356176},{"$f":"H99","v":69.84210526315789},{"$f":"I99","v":14.463989207139893},217,56.326206208356176,69.84210526315789,14.463989207139893,{"$f":"N99","v":1}]
[null,{"$f":"B100","v":"3B"},{"$f":"C100","v":"Commercial Trigeneration"},{"$f":"D100","v":5.1764591999999992},5,217,0,0,0,217,0,0,0,{"$f":"N100","v":1}]
[null,{"$f":"A22","v":"5C"},{"$f":"C22","v":"Wind (onshore)"},{"$f":"D100","v":5.1764591999999992},5,217,{"$f":"Z22","v":88.866294603231083},{"$f":"AA22","v":0},{"$f":"AB22","v":54.549902152641877},217,88.866294603231083,0,54.549902152641877,{"$f":"AS22","v":1}]
[null,{"$f":"B102","v":"5C"},{"$f":"C102","v":"Wind (onshore)"},{"$f":"AU22","v":28.869456},29,246,{"$f":"G102","v":88.866294603231083},{"$f":"H102","v":0},{"$f":"I102","v":54.549902152641877},246,88.866294603231083,0,54.549902152641877,{"$f":"N102","v":1}]
[null,{"$f":"B103","v":"5C"},{"$f":"C103","v":"Wind (onshore)"},{"$f":"D103","v":28.869456},29,246,0,0,0,246,0,0,0,{"$f":"N103","v":1}]
[null,{"$f":"A23","v":"5A"},{"$f":"C23","v":"Improved Hydro Efficiency "},{"$f":"D103","v":28.869456},29,246,{"$f":"Z23","v":68.161892959718216},{"$f":"AA23","v":0},{"$f":"AB23","v":106.06925418569254},246,68.161892959718216,0,106.06925418569254,{"$f":"AS23","v":1}]
[null,{"$f":"B105","v":"5A"},{"$f":"C105","v":"Improved Hydro Efficiency "},{"$f":"AU23","v":1.1458079999999997},1,247,{"$f":"G105","v":68.161892959718216},{"$f":"H105","v":0},{"$f":"I105","v":106.06925418569254},247,68.161892959718216,0,106.06925418569254,{"$f":"N105","v":1}]
[null,{"$f":"B106","v":"5A"},{"$f":"C106","v":"Improved Hydro Efficiency "},{"$f":"D106","v":1.1458079999999997},1,247,0,0,0,247,0,0,0,{"$f":"N106","v":1}]
[null,{"$f":"A24","v":"5B"},{"$f":"'Data_Energy (no CO2)'!C24","v":"Wind (offshore)"},{"$f":"D106","v":1.1458079999999997},1,247,{"$f":"Z24","v":135.33699893716812},{"$f":"AA24","v":0},{"$f":"AB24","v":51.601258793039619},247,135.33699893716812,0,51.601258793039619,{"$f":"AS24","v":1}]
[null,{"$f":"B108","v":"5B"},{"$f":"C108","v":"Wind (offshore)"},{"$f":"AU24","v":8.1029999999999998},8,255,{"$f":"G108","v":135.33699893716812},{"$f":"H108","v":0},{"$f":"I108","v":51.601258793039619},255,135.33699893716812,0,51.601258793039619,{"$f":"N108","v":1}]
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[]
[null,null,null,"Graph formatting parameters"]
[null,null,null,null,{"$f":"(126-COUNTBLANK(J51:J176))/3","v":27},"Number of technologies included in graph","Reason"]
[null,null,null,null,{"$f":"SUM(AT5:AT46)","v":288.45054359552046},"X value max in TWh","Knocks out minor techs for  graph presentation purposes"]
[null,null,null,null,{"$f":"MAX(AW5:AW46)","v":288.45054359552046},"X value max (before high cost, low generation eliminated)","Knocks out minor techs for  graph presentation purposes",null,"Table to calculate appropriate size of x-axis interval"]
[null,null,null,null,{"$f":"MAX(J51:J176)","v":287},"X - axis max","Knocks out minor techs for  graph presentation purposes",null,"Max v-value bound",{"$f":"J184*J183","v":15},{"$f":"K184*K183","v":30},75,150,300,375,750,1500,3000,7500,15000,30000,37500,75000,112500,150000,300000,600000,1500000]
[null,null,null,null,{"$f":"E182/E181","v":0.99497125719563739},"% of generation included in graph",null,null,"#intervals",15,15,15,15,15,15,15,15,15,15,15,15,15,15,15,15,15,15,15]
[null,null,null,null,30,"Point (in TWh) where scale switches to GWh","Creates dummy to automatically choose graph scale ",null,"Specified x - interval",1,2,5,10,20,25,50,100,200,500,1000,2000,2500,5000,7500,10000,20000,40000,100000]
[null,null,null,null,{"$f":"IF(E180<E184,\"Small\",\"Large\")","v":"Large"},"Data scale auto selected",null,null,"Dummy",{"$f":"IF(AND($E$182<=J182,$E$182>0), 1, 0)","v":0},{"$f":"IF(AND($E$182<=K182,$E$182>J182), 1, 0)","v":0},{"$f":"IF(AND($E$182<=L182,$E$182>K182), 1, 0)","v":0},0,1,0,0,0,0,0,0,0,0,0,0,0,0,0,0]
[null,null,null,null,{"$f":"AVERAGEIF(AX5:AX46,\"=1\",AV5:AV46)*8","v":861.4436363636363},"Y axis elimination, high costs ($/MWh)","Keep graph neat"]
[null,null,null,null,{"$f":"IF(E185=\"Large\",0.51,E181*0.005)","v":0.51},"X-axis elimination, small generation) (<0.5% of total)","Keep graph neat"]
[null,null,null,"to cut and paste into graph ",{"$f":"SUMPRODUCT(J185:AD185,J184:AD184)","v":20},"Cut paste to Auto-gen x-interval from table","Chooses appropriate x-axis intervals"]
[null,null,null,"to cut and paste into graph",{"$f":"IF(AND(E185=\"Large\",'Input datasheet'!U5=FALSE),\"Energy generation potential (TWh)\",IF(AND(E185=\"Small\",'Input datasheet'!U5=TRUE),\"Energy generation potential (MWh/yr)\",\"Energy generation potential (GWh/yr)\"))","v":"Energy generation potential (TWh)"},"Cut paste to X-axis label","To adjust x-axis label based on scale"]
[]
[]
[null,null,null,null,null,null,null,null,null," "]

{"sheet":"Data_Energy (full cost)","index":19,"n_rows":192,"n_cols":50,"rows_kept":192,"cut":false,"hidden":true,"merged":[[47,10,47,14],[47,19,48,24],[183,6,184,6],[180,8,180,27],[177,3,177,6],[182,5,182,6],[48,11,48,14],[1,0,2,4],[1,5,2,24],[1,25,1,39],[1,40,2,49],[2,25,2,31],[2,32,2,34],[2,35,2,39]]}
["Energy - full cost"]
["Information",null,null,null,null,"Inputs",null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,"Outputs",null,null,null,null,null,null,null,null,null,null,null,null,null,null,"Graph formatting"]
[null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,"Energy costs",null,null,null,null,null,null,"Firm peak power cost",null,null,"Other"]
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[null,{"$f":"B64","v":"7F"},{"$f":"C63","v":"Improved power station efficiency - brown coal"},{"$f":"D64","v":1.3039259999999999},1,32,0,0,0,0,32,0,0,0,0,{"$f":"P64","v":1},null,null,null,15,1,{"$f":"SUM(G94:J94)","v":134.5758143134982},"Biomass Cogen",{"$f":"IF(U65=1,F93+E94/2,\"\")","v":201},134.5758143134982]
[null,{"$f":"A10","v":"1C"},{"$f":"'Data_Energy (full cost)'!C10","v":"Residential Energy Efficiency"},{"$f":"D64","v":1.3039259999999999},1,32,{"$f":"Z10","v":59.904485158378336},{"$f":"AA10","v":0},{"$f":"AB10","v":0},{"$f":"AC10","v":0},32,59.904485158378336,0,0,0,{"$f":"AS10","v":1},null,null,null,16,1,{"$f":"SUM(G97:J97)","v":137.35294093663214},"Geothermal - Hot Dry Rock",{"$f":"IF(U66=1,F96+E97/2,\"\")","v":207},137.35294093663214]
[null,{"$f":"B66","v":"1C"},{"$f":"C66","v":"Residential Energy Efficiency"},{"$f":"AU10","v":2.4494126325365473},2,34,{"$f":"G66","v":59.904485158378336},{"$f":"H66","v":0},{"$f":"I66","v":0},{"$f":"J66","v":0},34,59.904485158378336,0,0,0,{"$f":"P66","v":1},null,null,null,17,1,{"$f":"SUM(G100:J100)","v":143.41619675587296},"Wind (onshore)",{"$f":"IF(U67=1,F99+E100/2,\"\")","v":226.5},143.41619675587296]
[null,{"$f":"B67","v":"1C"},{"$f":"C66","v":"Residential Energy Efficiency"},{"$f":"D67","v":2.4494126325365473},2,34,0,0,0,0,34,0,0,0,0,{"$f":"P67","v":1},null,null,null,18,1,{"$f":"SUM(G103:J103)","v":148.12787962602238},"Commercial Trigeneration",{"$f":"IF(U68=1,F102+E103/2,\"\")","v":243.5},148.12787962602238]
[null,{"$f":"A11","v":"3A"},{"$f":"'Data_Energy (full cost)'!C11","v":"Industrial Cogeneration"},{"$f":"D67","v":2.4494126325365473},2,34,{"$f":"Z11","v":23.671018371290881},{"$f":"AA11","v":34.072749691738593},{"$f":"AB11","v":9.0916503587736468},{"$f":"AC11","v":5.2681627620221949},34,23.671018371290881,34.072749691738593,9.0916503587736468,5.2681627620221949,{"$f":"AS11","v":1},null,null,null,19,1,{"$f":"SUM(G106:J106)","v":174.23114714541077},"Improved Hydro Efficiency ",{"$f":"IF(U69=1,F105+E106/2,\"\")","v":246.5},174.23114714541077]
[null,{"$f":"B69","v":"3A"},{"$f":"C69","v":"Industrial Cogeneration"},{"$f":"AU11","v":15.225756000000001},15,49,{"$f":"G69","v":23.671018371290881},{"$f":"H69","v":34.072749691738593},{"$f":"I69","v":9.0916503587736468},{"$f":"J69","v":5.2681627620221949},49,23.671018371290881,34.072749691738593,9.0916503587736468,5.2681627620221949,{"$f":"P69","v":1},null,null,null,20,1,{"$f":"SUM(G109:J109)","v":186.93825773020774},"Wind (offshore)",{"$f":"IF(U70=1,F108+E109/2,\"\")","v":251},186.93825773020774]
[null,{"$f":"B70","v":"3A"},{"$f":"C69","v":"Industrial Cogeneration"},{"$f":"D70","v":15.225756000000001},15,49,0,0,0,0,49,0,0,0,0,{"$f":"P70","v":1},null,null,null,21,1,{"$f":"SUM(G112:J112)","v":188.61855627897452},"Residential Hot Water",{"$f":"IF(U71=1,F111+E112/2,\"\")","v":258.5},188.61855627897452]
[null,{"$f":"A12","v":"4A"},{"$f":"'Data_Energy (full cost)'!C12","v":"Refuse Derived Fuel (RDF) to energy"},{"$f":"D70","v":15.225756000000001},15,49,{"$f":"Z12","v":53.445738531379483},{"$f":"AA12","v":35},{"$f":"AB12","v":5.9201444196665607},{"$f":"AC12","v":0.55200000000000005},49,53.445738531379483,35,5.9201444196665607,0.55200000000000005,{"$f":"AS12","v":1},null,null,null,22,1,{"$f":"SUM(G115:J115)","v":191.97840416429142},"IGCC with CCS",{"$f":"IF(U72=1,F114+E115/2,\"\")","v":265},191.97840416429142]
[null,{"$f":"B72","v":"4A"},{"$f":"C72","v":"Refuse Derived Fuel (RDF) to energy"},{"$f":"AU12","v":4.4222232000000004},4,53,{"$f":"G72","v":53.445738531379483},{"$f":"H72","v":35},{"$f":"I72","v":5.9201444196665607},{"$f":"J72","v":0.55200000000000005},53,53.445738531379483,35,5.9201444196665607,0.55200000000000005,{"$f":"P72","v":1},null,null,null,23,1,{"$f":"SUM(G118:J118)","v":197.63530829135897},"Solar Thermal (with storage)",{"$f":"IF(U73=1,F117+E118/2,\"\")","v":272},197.63530829135897]
[null,{"$f":"B73","v":"4A"},{"$f":"C72","v":"Refuse Derived Fuel (RDF) to energy"},{"$f":"D73","v":4.4222232000000004},4,53,0,0,0,0,53,0,0,0,0,{"$f":"P73","v":1},null,null,null,24,1,{"$f":"SUM(G121:J121)","v":225.13306861530168},"Residential Cogeneration",{"$f":"IF(U74=1,F120+E121/2,\"\")","v":277},225.13306861530168]
[null,{"$f":"A13","v":"4F"},{"$f":"'Data_Energy (full cost)'!C13","v":"Sewage gas (Municipal water)"},{"$f":"D73","v":4.4222232000000004},4,53,{"$f":"Z13","v":34.692239221897154},{"$f":"AA13","v":56.58},{"$f":"AB13","v":5.9201444196665607},{"$f":"AC13","v":1.2065142857142857},53,34.692239221897154,56.58,5.9201444196665607,1.2065142857142857,{"$f":"AS13","v":1},null,null,null,25,1,{"$f":"SUM(G124:J124)","v":342.98213563589775},"Solar PV (grid connected)",{"$f":"IF(U75=1,F123+E124/2,\"\")","v":279.5},342.98213563589775]
[null,{"$f":"B75","v":"4F"},{"$f":"C75","v":"Sewage gas (Municipal water)"},{"$f":"AU13","v":0.8889648},1,54,{"$f":"G75","v":34.692239221897154},{"$f":"H75","v":56.58},{"$f":"I75","v":5.9201444196665607},{"$f":"J75","v":1.2065142857142857},54,34.692239221897154,56.58,5.9201444196665607,1.2065142857142857,{"$f":"P75","v":1},null,null,null,26,1,{"$f":"SUM(G127:J127)","v":396.04718381336573},"Ocean (tidal)",{"$f":"IF(U76=1,F126+E127/2,\"\")","v":281.5},396.04718381336573]
[null,{"$f":"B76","v":"4F"},{"$f":"C75","v":"Sewage gas (Municipal water)"},{"$f":"D76","v":0.8889648},1,54,0,0,0,0,54,0,0,0,0,{"$f":"P76","v":1},null,null,null,27,1,{"$f":"SUM(G130:J130)","v":798.87266866395657},"Open Cycle Gas Turbine",{"$f":"IF(U77=1,F129+E130/2,\"\")","v":284.5},798.87266866395657]
[null,{"$f":"A14","v":"7C"},{"$f":"'Data_Energy (full cost)'!C14","v":"Supercritical black coal (dry cool)"},{"$f":"D76","v":0.8889648},1,54,{"$f":"Z14","v":37.582582424885793},{"$f":"AA14","v":14.34},{"$f":"AB14","v":39.164032314717247},{"$f":"AC14","v":16.732500000000002},54,37.582582424885793,14.34,39.164032314717247,16.732500000000002,{"$f":"AS14","v":1},null,null,null,"",0,{"$f":"SUM(G133:J133)","v":776.99435914688365},"",{"$f":"IF(U78=1,F132+E133/2,\"\")","v":""},""]
[null,{"$f":"B78","v":"7C"},{"$f":"C78","v":"Supercritical black coal (dry cool)"},{"$f":"AU14","v":56.94},57,111,{"$f":"G78","v":37.582582424885793},{"$f":"H78","v":14.34},{"$f":"I78","v":39.164032314717247},{"$f":"J78","v":16.732500000000002},111,37.582582424885793,14.34,39.164032314717247,16.732500000000002,{"$f":"P78","v":1},null,null,null,"",0,{"$f":"SUM(G136:J136)","v":847.05017505388651},"",{"$f":"IF(U79=1,F135+E136/2,\"\")","v":""},""]
[null,{"$f":"B79","v":"7C"},{"$f":"C78","v":"Supercritical black coal (dry cool)"},{"$f":"D79","v":56.94},57,111,0,0,0,0,111,0,0,0,0,{"$f":"P79","v":1},null,null,null,"",0,{"$f":"SUM(G139:J139)","v":1117.9094997584498},"",{"$f":"IF(U80=1,F138+E139/2,\"\")","v":""},""]
[null,{"$f":"A15","v":"7A"},{"$f":"'Data_Energy (full cost)'!C15","v":"Combined Cycle Gas Turbine"},{"$f":"D79","v":56.94},57,111,{"$f":"Z15","v":23.489228042969227},{"$f":"AA15","v":44.25},{"$f":"AB15","v":39.164032314717247},{"$f":"AC15","v":8.5449599999999997},111,23.489228042969227,44.25,39.164032314717247,8.5449599999999997,{"$f":"AS15","v":1},null,null,null,"",0,{"$f":"SUM(G142:J142)","v":1554.657707835011},"",{"$f":"IF(U81=1,F141+E142/2,\"\")","v":""},""]
[null,{"$f":"B81","v":"7A"},{"$f":"C81","v":"Combined Cycle Gas Turbine"},{"$f":"AU15","v":59.217599999999997},59,170,{"$f":"G81","v":23.489228042969227},{"$f":"H81","v":44.25},{"$f":"I81","v":39.164032314717247},{"$f":"J81","v":8.5449599999999997},170,23.489228042969227,44.25,39.164032314717247,8.5449599999999997,{"$f":"P81","v":1},null,null,null,"",0,{"$f":"SUM(G145:J145)","v":2511.1824195566824},"",{"$f":"IF(U82=1,F144+E145/2,\"\")","v":""},""]
[null,{"$f":"B82","v":"7A"},{"$f":"C82","v":"Combined Cycle Gas Turbine"},{"$f":"D82","v":59.217599999999997},{"$f":"IF(OR(ISERROR(D83), P83=0),\"\", ROUND(D83,0))","v":59},170,0,0,0,0,170,{"$f":"G83*$P83","v":0},{"$f":"H83*$P83","v":0},{"$f":"I83*$P83","v":0},{"$f":"J83*$P83","v":0},{"$f":"P82","v":1},null,null,null,"",0,{"$f":"SUM(G148:J148)","v":{"$error":"#VALUE!"}},"",{"$f":"IF(U83=1,F147+E148/2,\"\")","v":""},""]
[null,{"$f":"A16","v":"4B"},{"$f":"'Data_Energy (full cost)'!C16","v":"Agricultural Biogas"},{"$f":"D82","v":59.217599999999997},59,170,{"$f":"Z16","v":61.491640308311183},{"$f":"AA16","v":31.96},{"$f":"AB16","v":22.461724415793714},{"$f":"AC16","v":1.2065142857142857},170,61.491640308311183,31.96,22.461724415793714,1.2065142857142857,{"$f":"AS16","v":1},null,null,null,"",0,{"$f":"SUM(G151:J151)","v":{"$error":"#VALUE!"}},"",{"$f":"IF(U84=1,F150+E151/2,\"\")","v":""},""]
[null,{"$f":"B84","v":"4B"},{"$f":"C84","v":"Agricultural Biogas"},{"$f":"AU16","v":0.78927599999999998},1,171,{"$f":"G84","v":61.491640308311183},{"$f":"H84","v":31.96},{"$f":"I84","v":22.461724415793714},{"$f":"J84","v":1.2065142857142857},171,61.491640308311183,31.96,22.461724415793714,1.2065142857142857,{"$f":"P84","v":1},null,null,null,"",0,{"$f":"SUM(G154:J154)","v":{"$error":"#VALUE!"}},"",{"$f":"IF(U85=1,F153+E154/2,\"\")","v":""},""]
[null,{"$f":"B85","v":"4B"},{"$f":"C85","v":"Agricultural Biogas"},{"$f":"D85","v":0.78927599999999998},1,171,0,0,0,0,171,0,0,0,0,{"$f":"P85","v":1},null,null,null,"",0,{"$f":"SUM(G157:J157)","v":{"$error":"#VALUE!"}},"",{"$f":"IF(U86=1,F156+E157/2,\"\")","v":""},""]
[null,{"$f":"A17","v":"7D"},{"$f":"'Data_Energy (full cost)'!C17","v":"Supercritical brown coal (dry cool)"},{"$f":"D85","v":0.78927599999999998},1,{"$f":"IF(ISNUMBER(E87),F84+E87,\"\")","v":171},{"$f":"Z17","v":55.502599803330511},{"$f":"AA17","v":6.1},{"$f":"AB17","v":39.164032314717247},{"$f":"AC17","v":17.940000000000001},171,55.502599803330511,6.1,39.164032314717247,17.940000000000001,{"$f":"AS17","v":1},null,null,null,"",0,{"$f":"SUM(G160:J160)","v":{"$error":"#VALUE!"}},"",{"$f":"IF(U87=1,F160+E161/2,\"\")","v":""},""]
[null,{"$f":"B87","v":"7D"},{"$f":"C87","v":"Supercritical brown coal (dry cool)"},{"$f":"AU17","v":25.623000000000001},26,197,{"$f":"G87","v":55.502599803330511},{"$f":"H87","v":6.1},{"$f":"I87","v":39.164032314717247},{"$f":"J87","v":17.940000000000001},197,55.502599803330511,6.1,39.164032314717247,17.940000000000001,{"$f":"P87","v":1},null,null,null,"",0,{"$f":"SUM(G163:J163)","v":{"$error":"#VALUE!"}},"",{"$f":"IF(U88=1,F163+E164/2,\"\")","v":""},""]
[null,{"$f":"B88","v":"7D"},{"$f":"C88","v":"Supercritical brown coal (dry cool)"},{"$f":"D88","v":25.623000000000001},26,197,0,0,0,0,197,0,0,0,0,{"$f":"P88","v":1},null,null,null,"",0,{"$f":"SUM(G166:J166)","v":{"$error":"#VALUE!"}},"",{"$f":"IF(U89=1,F166+E167/2,\"\")","v":""},""]
[null,{"$f":"A18","v":"4C"},{"$f":"C18","v":"Biomass Plant"},{"$f":"D88","v":25.623000000000001},26,197,{"$f":"Z18","v":62.299511287120076},{"$f":"AA18","v":36.36},{"$f":"AB18","v":23.570945374598342},{"$f":"AC18","v":0.4731428571428572},197,62.299511287120076,36.36,23.570945374598342,0.4731428571428572,{"$f":"AS18","v":1},null,null,null,"",0,{"$f":"SUM(G169:J169)","v":{"$error":"#VALUE!"}},"",{"$f":"IF(U90=1,F169+E170/2,\"\")","v":""},""]
[null,{"$f":"B90","v":"4C"},{"$f":"C90","v":"Biomass Plant"},{"$f":"AU18","v":2.5686072000000002},3,200,{"$f":"G90","v":62.299511287120076},{"$f":"H90","v":36.36},{"$f":"I90","v":23.570945374598342},{"$f":"J90","v":0.4731428571428572},200,62.299511287120076,36.36,23.570945374598342,0.4731428571428572,{"$f":"P90","v":1},null,null,null,"",0,{"$f":"SUM(G172:J172)","v":{"$error":"#VALUE!"}},"",{"$f":"IF(U91=1,F172+E173/2,\"\")","v":""},""]
[null,{"$f":"B91","v":"4C"},{"$f":"C91","v":"Biomass Plant"},{"$f":"D91","v":2.5686072000000002},3,200,0,0,0,0,200,0,0,0,0,{"$f":"P91","v":1},null,null,null,"",0,{"$f":"SUM(G175:J175)","v":{"$error":"#VALUE!"}},"",{"$f":"IF(U92=1,F175+E176/2,\"\")","v":""},""]
[null,{"$f":"A19","v":"4D"},{"$f":"C19","v":"Biomass Cogen"},{"$f":"D91","v":2.5686072000000002},3,200,{"$f":"Z19","v":117.24987650093024},{"$f":"AA19","v":0},{"$f":"AB19","v":16.971080669710808},{"$f":"AC19","v":0.35485714285714287},200,117.24987650093024,0,16.971080669710808,0.35485714285714287,{"$f":"AS19","v":1}]
[null,{"$f":"B93","v":"4D"},{"$f":"C93","v":"Biomass Cogen"},{"$f":"AU19","v":2.0261879999999999},2,202,{"$f":"G93","v":117.24987650093024},{"$f":"H93","v":0},{"$f":"I93","v":16.971080669710808},{"$f":"J93","v":0.35485714285714287},202,117.24987650093024,0,16.971080669710808,0.35485714285714287,{"$f":"P93","v":1}]
[null,{"$f":"B94","v":"4D"},{"$f":"C94","v":"Biomass Cogen"},{"$f":"D94","v":2.0261879999999999},2,202,0,0,0,0,202,0,0,0,0,{"$f":"P94","v":1}]
[null,{"$f":"A20","v":"5G"},{"$f":"'Data_Energy (full cost)'!C20","v":"Geothermal - Hot Dry Rock"},{"$f":"D94","v":2.0261879999999999},2,202,{"$f":"Z20","v":107.4039750489072},{"$f":"AA20","v":0},{"$f":"AB20","v":29.948965887724952},{"$f":"AC20","v":0},202,107.4039750489072,0,29.948965887724952,0,{"$f":"AS20","v":1}]
[null,{"$f":"B96","v":"5G"},{"$f":"C96","v":"Geothermal - Hot Dry Rock"},{"$f":"AU20","v":10.245696000000001},10,212,{"$f":"G96","v":107.4039750489072},{"$f":"H96","v":0},{"$f":"I96","v":29.948965887724952},{"$f":"J96","v":0},212,107.4039750489072,0,29.948965887724952,0,{"$f":"P96","v":1}]
[null,{"$f":"B97","v":"5G"},{"$f":"C97","v":"Geothermal - Hot Dry Rock"},{"$f":"D97","v":10.245696000000001},10,212,0,0,0,0,212,0,0,0,0,{"$f":"P97","v":1}]
[null,{"$f":"A21","v":"5C"},{"$f":"'Data_Energy (full cost)'!C21","v":"Wind (onshore)"},{"$f":"D97","v":10.245696000000001},10,212,{"$f":"Z21","v":88.866294603231083},{"$f":"AA21","v":0},{"$f":"AB21","v":54.549902152641877},{"$f":"AC21","v":0},212,88.866294603231083,0,54.549902152641877,0,{"$f":"AS21","v":1}]
[null,{"$f":"B99","v":"5C"},{"$f":"C99","v":"Wind (onshore)"},{"$f":"AU21","v":28.869456},29,241,{"$f":"G99","v":88.866294603231083},{"$f":"H99","v":0},{"$f":"I99","v":54.549902152641877},{"$f":"J99","v":0},241,88.866294603231083,0,54.549902152641877,0,{"$f":"P99","v":1}]
[null,{"$f":"B100","v":"5C"},{"$f":"C100","v":"Wind (onshore)"},{"$f":"D100","v":28.869456},29,241,0,0,0,0,241,0,0,0,0,{"$f":"P100","v":1}]
[null,{"$f":"A22","v":"3B"},{"$f":"C22","v":"Commercial Trigeneration"},{"$f":"D100","v":28.869456},29,241,{"$f":"Z22","v":56.326206208356176},{"$f":"AA22","v":69.84210526315789},{"$f":"AB22","v":14.463989207139893},{"$f":"AC22","v":7.495578947368422},241,56.326206208356176,69.84210526315789,14.463989207139893,7.495578947368422,{"$f":"AS22","v":1}]
[null,{"$f":"B102","v":"3B"},{"$f":"C102","v":"Commercial Trigeneration"},{"$f":"AU22","v":5.1764591999999992},5,246,{"$f":"G102","v":56.326206208356176},{"$f":"H102","v":69.84210526315789},{"$f":"I102","v":14.463989207139893},{"$f":"J102","v":7.495578947368422},246,56.326206208356176,69.84210526315789,14.463989207139893,7.495578947368422,{"$f":"P102","v":1}]
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[]
[null,null,null,"Graph formatting parameters"]
[null,null,null,null,{"$f":"(126-COUNTBLANK(K51:K176))/3","v":27},"Number of technologies included in graph","Reason"]
[null,null,null,null,{"$f":"SUM(AT5:AT43)","v":288.45054359552046},"X value max in TWh","Knocks out minor techs for  graph presentation purposes"]
[null,null,null,null,{"$f":"MAX(AW5:AW43)","v":288.45054359552046},"X value max (before high cost, low generation eliminated)","Knocks out minor techs for  graph presentation purposes",null,"Table to calculate appropriate size of x-axis interval"]
[null,null,null,null,{"$f":"MAX(K51:K176)","v":287},"X - axis max","Knocks out minor techs for  graph presentation purposes",null,"Max v-value bound",{"$f":"J184*J183","v":15},{"$f":"K184*K183","v":30},75,150,300,375,750,1500,3000,7500,15000,30000,37500,75000,112500,150000,300000,600000,1500000]
[null,null,null,null,{"$f":"E182/E181","v":0.99497125719563739},"% of generation included in graph",null,null,"#intervals",15,15,15,15,15,15,15,15,15,15,15,15,15,15,15,15,15,15,15]
[null,null,null,null,30,"Point (in TWh) where scale switches to GWh","Creates dummy to automatically choose graph scale ",null,"Specified x - interval",1,2,5,10,20,25,50,100,200,500,1000,2000,2500,5000,7500,10000,20000,40000,100000]
[null,null,null,null,{"$f":"IF(E180<E184,\"Small\",\"Large\")","v":"Large"},"Data scale auto selected",null,null,"Dummy",{"$f":"IF(AND($E$182<=J182,$E$182>0), 1, 0)","v":0},{"$f":"IF(AND($E$182<=K182,$E$182>J182), 1, 0)","v":0},{"$f":"IF(AND($E$182<=L182,$E$182>K182), 1, 0)","v":0},0,1,0,0,0,0,0,0,0,0,0,0,0,0,0,0]
[null,null,null,null,{"$f":"AVERAGEIF(AX5:AX43,\"=1\",AV5:AV43)*8","v":885.28727272727269},"Y axis elimination, high costs ($/MWh)","Keep graph neat"]
[null,null,null,null,{"$f":"IF(E185=\"Large\",0.51,E181*0.005)","v":0.51},"X-axis elimination, small generation) (<0.5% of total)","Keep graph neat"]
[null,null,null,"to cut and paste into graph ",{"$f":"SUMPRODUCT(J185:AB185,J184:AB184)","v":20},"Cut paste to Auto-gen x-interval from table","Chooses appropriate x-axis intervals"]
[null,null,null,"to cut and paste into graph",{"$f":"IF(AND(E185=\"Large\",'Input datasheet'!U5=FALSE),\"Energy generation potential (TWh)\",IF(AND(E185=\"Small\",'Input datasheet'!U5=TRUE),\"Energy generation potential (MWh/yr)\",\"Energy generation potential (GWh/yr)\"))","v":"Energy generation potential (TWh)"},"Cut paste to X-axis label","To adjust x-axis label based on scale"]
[]
[]
[null,null,null,null,null,null,null,null,null," "]

{"sheet":"Data_Power (no net)","index":20,"n_rows":192,"n_cols":50,"rows_kept":192,"cut":false,"hidden":true,"merged":[[182,5,182,6],[183,6,184,6],[47,7,47,9],[48,9,49,9],[47,14,48,14],[177,3,177,6],[180,8,180,27],[47,19,48,24],[1,0,2,4],[1,5,2,24],[1,25,1,39],[1,40,2,49],[2,25,2,31],[2,32,2,34],[2,35,2,39]]}
["Power - no network costs"]
["Information",null,null,null,null,"Inputs",null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,"Outputs",null,null,null,null,null,null,null,null,null,null,null,null,null,null,"Graph formatting"]
[null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,"Energy costs",null,null,null,null,null,null,"Firm peak power cost",null,null,"Other"]
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[null,null,null,null,null,null,null,"X Axis","y axis ","Scenario dummy"]
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[null,{"$f":"A10","v":"1C"},{"$f":"'Data_Power (no net)'!C10","v":"Residential Energy Efficiency"},{"$f":"D64","v":9.8800000000000008},10,26,{"$f":"AG10","v":0.14925333049947229},26,0.14925333049947229,{"$f":"AS10","v":1},null,null,null,null,null,null,null,null,null,16,1,{"$f":"SUM(G97:G97)","v":0.76690077102643339},"IGCC with CCS",{"$f":"IF(U66=1,F96+E97/2,\"\")","v":54.5},0.76690077102643339]
[null,{"$f":"B66","v":"1C"},{"$f":"C66","v":"Residential Energy Efficiency"},{"$f":"AU10","v":0.98309901830330537},1,27,{"$f":"G66","v":0.14925333049947229},27,0.14925333049947229,{"$f":"J66","v":1},null,null,null,null,null,null,null,null,null,17,1,{"$f":"SUM(G100:G100)","v":0.84182105075175062},"Geothermal - Hot Dry Rock",{"$f":"IF(U67=1,F99+E100/2,\"\")","v":55.5},0.84182105075175062]
[null,{"$f":"B67","v":"1C"},{"$f":"C66","v":"Residential Energy Efficiency"},{"$f":"D67","v":0.98309901830330537},1,27,0,27,0,{"$f":"J67","v":1},null,null,null,null,null,null,null,null,null,18,1,{"$f":"SUM(G103:G103)","v":1.2420765037904775},"Solar PV (grid connected)",{"$f":"IF(U68=1,F102+E103/2,\"\")","v":56.5},1.2420765037904775]
[null,{"$f":"A11","v":"3A"},{"$f":"'Data_Power (no net)'!C11","v":"Industrial Cogeneration"},{"$f":"D67","v":0.98309901830330537},1,27,{"$f":"AG11","v":0.15279019437132177},27,0.15279019437132177,{"$f":"AS11","v":1},null,null,null,null,null,null,null,null,null,19,1,{"$f":"SUM(G106:G106)","v":2.0182522907667146},"Wind (onshore)",{"$f":"IF(U69=1,F105+E106/2,\"\")","v":57.5},2.0182522907667146]
[null,{"$f":"B69","v":"3A"},{"$f":"C69","v":"Industrial Cogeneration"},{"$f":"AU11","v":2.3588499999999999},2,29,{"$f":"G69","v":0.15279019437132177},29,0.15279019437132177,{"$f":"J69","v":1},null,null,null,null,null,null,null,null,null,"",0,{"$f":"SUM(G109:G109)","v":6.864841377653251E-2},"",{"$f":"IF(U70=1,F108+E109/2,\"\")","v":""},""]
[null,{"$f":"B70","v":"3A"},{"$f":"C69","v":"Industrial Cogeneration"},{"$f":"D70","v":2.3588499999999999},2,29,0,29,0,{"$f":"J70","v":1},null,null,null,null,null,null,null,null,null,"",0,{"$f":"SUM(G112:G112)","v":0.10026281485783037},"",{"$f":"IF(U71=1,F111+E112/2,\"\")","v":""},""]
[null,{"$f":"A12","v":"1B"},{"$f":"'Data_Power (no net)'!C12","v":"Commercial Energy Efficiency"},{"$f":"D70","v":2.3588499999999999},2,29,{"$f":"AG12","v":0.19420394475548675},29,0.19420394475548675,{"$f":"AS12","v":1},null,null,null,null,null,null,null,null,null,"",0,{"$f":"SUM(G115:G115)","v":0.23883927293085264},"",{"$f":"IF(U72=1,F114+E115/2,\"\")","v":""},""]
[null,{"$f":"B72","v":"1B"},{"$f":"C72","v":"Commercial Energy Efficiency"},{"$f":"AU12","v":2.7513016533633934},3,32,{"$f":"G72","v":0.19420394475548675},32,0.19420394475548675,{"$f":"J72","v":1},null,null,null,null,null,null,null,null,null,"",0,{"$f":"SUM(G118:G118)","v":0.27511310884429935},"",{"$f":"IF(U73=1,F117+E118/2,\"\")","v":""},""]
[null,{"$f":"B73","v":"1B"},{"$f":"C72","v":"Commercial Energy Efficiency"},{"$f":"D73","v":2.7513016533633934},3,32,0,32,0,{"$f":"J73","v":1},null,null,null,null,null,null,null,null,null,"",0,{"$f":"SUM(G121:G121)","v":0.31128792558561591},"",{"$f":"IF(U74=1,F120+E121/2,\"\")","v":""},""]
[null,{"$f":"A13","v":"7C"},{"$f":"'Data_Power (no net)'!C13","v":"Supercritical black coal (dry cool)"},{"$f":"D73","v":2.7513016533633934},3,32,{"$f":"AG13","v":0.22525813087084176},32,0.22525813087084176,{"$f":"AS13","v":1},null,null,null,null,null,null,null,null,null,"",0,{"$f":"SUM(G124:G124)","v":0.31301493642897993},"",{"$f":"IF(U75=1,F123+E124/2,\"\")","v":""},""]
[null,{"$f":"B75","v":"7C"},{"$f":"C75","v":"Supercritical black coal (dry cool)"},{"$f":"AU13","v":9.5},10,42,{"$f":"G75","v":0.22525813087084176},42,0.22525813087084176,{"$f":"J75","v":1},null,null,null,null,null,null,null,null,null,"",0,{"$f":"SUM(G127:G127)","v":0.38284052200666396},"",{"$f":"IF(U76=1,F126+E127/2,\"\")","v":""},""]
[null,{"$f":"B76","v":"7C"},{"$f":"C75","v":"Supercritical black coal (dry cool)"},{"$f":"D76","v":9.5},10,42,0,42,0,{"$f":"J76","v":1},null,null,null,null,null,null,null,null,null,"",0,{"$f":"SUM(G130:G130)","v":0.46531832872514661},"",{"$f":"IF(U77=1,F129+E130/2,\"\")","v":""},""]
[null,{"$f":"A14","v":"3B"},{"$f":"'Data_Power (no net)'!C14","v":"Commercial Trigeneration"},{"$f":"D76","v":9.5},10,42,{"$f":"AG14","v":0.22853024127314533},42,0.22853024127314533,{"$f":"AS14","v":1},null,null,null,null,null,null,null,null,null,"",0,{"$f":"SUM(G133:G133)","v":0.48196500393230013},"",{"$f":"IF(U78=1,F132+E133/2,\"\")","v":""},""]
[null,{"$f":"B78","v":"3B"},{"$f":"C78","v":"Commercial Trigeneration"},{"$f":"AU14","v":1.2758499999999999},1,43,{"$f":"G78","v":0.22853024127314533},43,0.22853024127314533,{"$f":"J78","v":1},null,null,null,null,null,null,null,null,null,"",0,{"$f":"SUM(G136:G136)","v":0.92439802633333401},"",{"$f":"IF(U79=1,F135+E136/2,\"\")","v":""},""]
[null,{"$f":"B79","v":"3B"},{"$f":"C78","v":"Commercial Trigeneration"},{"$f":"D79","v":1.2758499999999999},1,43,0,43,0,{"$f":"J79","v":1},null,null,null,null,null,null,null,null,null,"",0,{"$f":"SUM(G139:G139)","v":2.9118733302050837},"",{"$f":"IF(U80=1,F138+E139/2,\"\")","v":""},""]
[null,{"$f":"A15","v":"2B"},{"$f":"'Data_Power (no net)'!C15","v":"Residential Demand Management"},{"$f":"D79","v":1.2758499999999999},1,43,{"$f":"AG15","v":0.29751222793317966},43,0.29751222793317966,{"$f":"AS15","v":1},null,null,null,null,null,null,null,null,null,"",0,{"$f":"SUM(G142:G142)","v":3.2492909700381429},"",{"$f":"IF(U81=1,F141+E142/2,\"\")","v":""},""]
[null,{"$f":"B81","v":"2B"},{"$f":"C81","v":"Residential Demand Management"},{"$f":"AU15","v":2.83195},3,46,{"$f":"G81","v":0.29751222793317966},46,0.29751222793317966,{"$f":"J81","v":1},null,null,null,null,null,null,null,null,null,"",0,{"$f":"SUM(G145:G145)","v":7.5319112544890467},"",{"$f":"IF(U82=1,F144+E145/2,\"\")","v":""},""]
[null,{"$f":"B82","v":"2B"},{"$f":"C82","v":"Residential Demand Management"},{"$f":"D82","v":2.83195},{"$f":"IF(OR(ISERROR(D83), J83=0),\"\", ROUND(D83,0))","v":3},46,0,46,{"$f":"G83*$J83","v":0},{"$f":"J82","v":1},null,null,null,null,null,null,null,null,null,"",0,{"$f":"SUM(G148:G148)","v":{"$error":"#VALUE!"}},"",{"$f":"IF(U83=1,F147+E148/2,\"\")","v":""},""]
[null,{"$f":"A16","v":"7D"},{"$f":"'Data_Power (no net)'!C16","v":"Supercritical brown coal (dry cool)"},{"$f":"D82","v":2.83195},3,46,{"$f":"AG16","v":0.33266505608438313},46,0.33266505608438313,{"$f":"AS16","v":1},null,null,null,null,null,null,null,null,null,"",0,{"$f":"SUM(G151:G151)","v":{"$error":"#VALUE!"}},"",{"$f":"IF(U84=1,F150+E151/2,\"\")","v":""},""]
[null,{"$f":"B84","v":"7D"},{"$f":"C84","v":"Supercritical brown coal (dry cool)"},{"$f":"AU16","v":4.2750000000000004},4,50,{"$f":"G84","v":0.33266505608438313},50,0.33266505608438313,{"$f":"J84","v":1},null,null,null,null,null,null,null,null,null,"",0,{"$f":"SUM(G154:G154)","v":{"$error":"#VALUE!"}},"",{"$f":"IF(U85=1,F153+E154/2,\"\")","v":""},""]
[null,{"$f":"B85","v":"7D"},{"$f":"C85","v":"Supercritical brown coal (dry cool)"},{"$f":"D85","v":4.2750000000000004},4,50,0,50,0,{"$f":"J85","v":1},null,null,null,null,null,null,null,null,null,"",0,{"$f":"SUM(G157:G157)","v":{"$error":"#VALUE!"}},"",{"$f":"IF(U86=1,F156+E157/2,\"\")","v":""},""]
[null,{"$f":"A17","v":"3C"},{"$f":"'Data_Power (no net)'!C17","v":"Residential Cogeneration"},{"$f":"D85","v":4.2750000000000004},4,50,{"$f":"AG17","v":0.42175552985899217},50,0.42175552985899217,{"$f":"AS17","v":1},null,null,null,null,null,null,null,null,null,"",0,{"$f":"SUM(G160:G160)","v":{"$error":"#VALUE!"}},"",{"$f":"IF(U87=1,F160+E161/2,\"\")","v":""},""]
[null,{"$f":"B87","v":"3C"},{"$f":"C87","v":"Residential Cogeneration"},{"$f":"AU17","v":0.58140000000000003},1,51,{"$f":"G87","v":0.42175552985899217},51,0.42175552985899217,{"$f":"J87","v":1},null,null,null,null,null,null,null,null,null,"",0,{"$f":"SUM(G163:G163)","v":{"$error":"#VALUE!"}},"",{"$f":"IF(U88=1,F163+E164/2,\"\")","v":""},""]
[null,{"$f":"B88","v":"3C"},{"$f":"C88","v":"Residential Cogeneration"},{"$f":"D88","v":0.58140000000000003},1,51,0,51,0,{"$f":"J88","v":1},null,null,null,null,null,null,null,null,null,"",0,{"$f":"SUM(G166:G166)","v":{"$error":"#VALUE!"}},"",{"$f":"IF(U89=1,F166+E167/2,\"\")","v":""},""]
[null,{"$f":"A18","v":"4A"},{"$f":"C18","v":"Refuse Derived Fuel (RDF) to energy"},{"$f":"D88","v":0.58140000000000003},1,51,{"$f":"AG18","v":0.42383033242105311},51,0.42383033242105311,{"$f":"AS18","v":1},null,null,null,null,null,null,null,null,null,"",0,{"$f":"SUM(G169:G169)","v":{"$error":"#VALUE!"}},"",{"$f":"IF(U90=1,F169+E170/2,\"\")","v":""},""]
[null,{"$f":"B90","v":"4A"},{"$f":"C90","v":"Refuse Derived Fuel (RDF) to energy"},{"$f":"AU18","v":0.55764999999999998},1,52,{"$f":"G90","v":0.42383033242105311},52,0.42383033242105311,{"$f":"J90","v":1},null,null,null,null,null,null,null,null,null,"",0,{"$f":"SUM(G172:G172)","v":{"$error":"#VALUE!"}},"",{"$f":"IF(U91=1,F172+E173/2,\"\")","v":""},""]
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[null,{"$f":"A19","v":"5D"},{"$f":"C19","v":"Solar Thermal (with storage)"},{"$f":"D91","v":0.55764999999999998},1,52,{"$f":"AG19","v":0.5711336560623631},52,0.5711336560623631,{"$f":"AS19","v":1}]
[null,{"$f":"B93","v":"5D"},{"$f":"C93","v":"Solar Thermal (with storage)"},{"$f":"AU19","v":2.09},2,54,{"$f":"G93","v":0.5711336560623631},54,0.5711336560623631,{"$f":"J93","v":1}]
[null,{"$f":"B94","v":"5D"},{"$f":"C94","v":"Solar Thermal (with storage)"},{"$f":"D94","v":2.09},2,54,0,54,0,{"$f":"J94","v":1}]
[null,{"$f":"A20","v":"7G"},{"$f":"'Data_Power (no net)'!C20","v":"IGCC with CCS"},{"$f":"D94","v":2.09},2,54,{"$f":"AG20","v":0.76690077102643339},54,0.76690077102643339,{"$f":"AS20","v":1}]
[null,{"$f":"B96","v":"7G"},{"$f":"C96","v":"IGCC with CCS"},{"$f":"AU20","v":0.97850000000000004},1,55,{"$f":"G96","v":0.76690077102643339},55,0.76690077102643339,{"$f":"J96","v":1}]
[null,{"$f":"B97","v":"7G"},{"$f":"C97","v":"IGCC with CCS"},{"$f":"D97","v":0.97850000000000004},1,55,0,55,0,{"$f":"J97","v":1}]
[null,{"$f":"A21","v":"5G"},{"$f":"'Data_Power (no net)'!C21","v":"Geothermal - Hot Dry Rock"},{"$f":"D97","v":0.97850000000000004},1,55,{"$f":"AG21","v":0.84182105075175062},55,0.84182105075175062,{"$f":"AS21","v":1}]
[null,{"$f":"B99","v":"5G"},{"$f":"C99","v":"Geothermal - Hot Dry Rock"},{"$f":"AU21","v":1.3072000000000001},1,56,{"$f":"G99","v":0.84182105075175062},56,0.84182105075175062,{"$f":"J99","v":1}]
[null,{"$f":"B100","v":"5G"},{"$f":"C100","v":"Geothermal - Hot Dry Rock"},{"$f":"D100","v":1.3072000000000001},1,56,0,56,0,{"$f":"J100","v":1}]
[null,{"$f":"A22","v":"5F"},{"$f":"C22","v":"Solar PV (grid connected)"},{"$f":"D100","v":1.3072000000000001},1,56,{"$f":"AG22","v":1.2420765037904775},56,1.2420765037904775,{"$f":"AS22","v":1}]
[null,{"$f":"B102","v":"5F"},{"$f":"C102","v":"Solar PV (grid connected)"},{"$f":"AU22","v":0.875},1,57,{"$f":"G102","v":1.2420765037904775},57,1.2420765037904775,{"$f":"J102","v":1}]
[null,{"$f":"B103","v":"5F"},{"$f":"C103","v":"Solar PV (grid connected)"},{"$f":"D103","v":0.875},1,57,0,57,0,{"$f":"J103","v":1}]
[null,{"$f":"A23","v":"5C"},{"$f":"C23","v":"Wind (onshore)"},{"$f":"D103","v":0.875},1,57,{"$f":"AG23","v":2.0182522907667146},57,2.0182522907667146,{"$f":"AS23","v":1}]
[null,{"$f":"B105","v":"5C"},{"$f":"C105","v":"Wind (onshore)"},{"$f":"AU23","v":1.2711600000000001},1,58,{"$f":"G105","v":2.0182522907667146},58,2.0182522907667146,{"$f":"J105","v":1}]
[null,{"$f":"B106","v":"5C"},{"$f":"C106","v":"Wind (onshore)"},{"$f":"D106","v":1.2711600000000001},1,58,0,58,0,{"$f":"J106","v":1}]
[null,{"$f":"A24","v":"7E"},{"$f":"'Data_Power (no net)'!C24","v":"Improved power station efficiency - black coal"},{"$f":"D106","v":1.2711600000000001},"","",{"$f":"AG24","v":6.864841377653251E-2},"",0,{"$f":"AS24","v":0}]
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[null,{"$f":"A25","v":"7F"},{"$f":"'Data_Power (no net)'!C25","v":"Improved power station efficiency - brown coal"},{"$f":"D109","v":0.27359999999999995},"","",{"$f":"AG25","v":0.10026281485783037},"",0,{"$f":"AS25","v":0}]
[null,{"$f":"B111","v":"7F"},{"$f":"C111","v":"Improved power station efficiency - brown coal"},{"$f":"AU25","v":0.21754999999999999},"","",{"$f":"G111","v":0.10026281485783037},"",0,{"$f":"J111","v":0}]
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[null,{"$f":"A26","v":"5A"},{"$f":"'Data_Power (no net)'!C26","v":"Improved Hydro Efficiency "},{"$f":"D112","v":0.21754999999999999},"","",{"$f":"AG26","v":0.23883927293085264},"",0,{"$f":"AS26","v":0}]
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[null,{"$f":"A27","v":"4F"},{"$f":"'Data_Power (no net)'!C27","v":"Sewage gas (Municipal water)"},{"$f":"D115","v":0.32700000000000001},"","",{"$f":"AG27","v":0.27511310884429935},"",0,{"$f":"AS27","v":0},null,null,{"$f":"IF(N117=\"\", \"\", M116+1)","v":""},{"$f":"IF(AND(AS29>0,ISNUMBER($Y29)),B29,\"\")","v":""},{"$f":"IF(AND(AS29=1,ISNUMBER($Y29)),C29,\"\")","v":""},""]
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[null,{"$f":"A28","v":"6B"},{"$f":"'Data_Power (no net)'!C28","v":"Small scale batteries"},{"$f":"D118","v":0.11209999999999999},"","",{"$f":"AG28","v":0.31128792558561591},"",0,{"$f":"AS28","v":0}]
[null,{"$f":"B120","v":"6B"},{"$f":"C120","v":"Small scale batteries"},{"$f":"AU28","v":9.5000000000000001E-2},"","",{"$f":"G120","v":0.31128792558561591},"",0,{"$f":"J120","v":0}]
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[null,{"$f":"A31","v":"4C"},{"$f":"C31","v":"Biomass Plant"},{"$f":"D127","v":0.28499999999999998},"","",{"$f":"AG31","v":0.46531832872514661},"",0,{"$f":"AS31","v":0},null,null,{"$f":"IF(N129=\"\", \"\", M128+1)","v":""},"",""]
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[null,{"$f":"B132","v":"4B"},{"$f":"C132","v":"Agricultural Biogas"},{"$f":"AU32","v":0.10069999999999998},"","",{"$f":"G132","v":0.48196500393230013},"",0,{"$f":"J132","v":0},null,null,null,{"$f":"IF(AND(AV48>0,ISNUMBER($Z48)),C48,\"\")","v":""},{"$f":"IF(AND(AV48=1,ISNUMBER($Z48)),D48,\"\")","v":""}]
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[null,{"$f":"A33","v":"4D"},{"$f":"C33","v":"Biomass Cogen"},{"$f":"D133","v":0.10069999999999998},"","",{"$f":"AG33","v":0.92439802633333401},"",0,{"$f":"AS33","v":0},null,null,null,{"$f":"IF(AND(AQ50>0,ISNUMBER(#REF!)),#REF!,\"\")","v":""},{"$f":"IF(AND(AQ50=1,ISNUMBER(#REF!)),#REF!,\"\")","v":""}]
[null,{"$f":"B135","v":"4D"},{"$f":"C135","v":"Biomass Cogen"},{"$f":"AU33","v":0.25700000000000001},"","",{"$f":"G135","v":0.92439802633333401},"",0,{"$f":"J135","v":0},null,null,null,{"$f":"IF(AND(AP51>0,ISNUMBER(#REF!)),#REF!,\"\")","v":""},{"$f":"IF(AND(AP51=1,ISNUMBER(#REF!)),#REF!,\"\")","v":""}]
[null,{"$f":"B136","v":"4D"},{"$f":"C135","v":"Biomass Cogen"},{"$f":"D136","v":0.25700000000000001},"","",0,"",0,{"$f":"J136","v":0},null,null,null,{"$f":"IF(AND(AP52>0,ISNUMBER(#REF!)),#REF!,\"\")","v":""},{"$f":"IF(AND(AP52=1,ISNUMBER(#REF!)),#REF!,\"\")","v":""}]
[null,{"$f":"A34","v":"5H"},{"$f":"'Data_Power (no net)'!C34","v":"Ocean (tidal)"},{"$f":"D136","v":0.25700000000000001},"","",{"$f":"AG34","v":2.9118733302050837},"",0,{"$f":"AS34","v":0},null,null,null,{"$f":"IF(AND(AP53>0,ISNUMBER(#REF!)),#REF!,\"\")","v":""},{"$f":"IF(AND(AP53=1,ISNUMBER(#REF!)),#REF!,\"\")","v":""}]
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[null,{"$f":"B139","v":"5H"},{"$f":"C138","v":"Ocean (tidal)"},{"$f":"D139","v":0.15},"","",0,"",0,{"$f":"J139","v":0},null,null,null,{"$f":"IF(AND(AP55>0,ISNUMBER(#REF!)),#REF!,\"\")","v":""},{"$f":"IF(AND(AP55=1,ISNUMBER(#REF!)),#REF!,\"\")","v":""}]
[null,{"$f":"A35","v":"5B"},{"$f":"'Data_Power (no net)'!C35","v":"Wind (offshore)"},{"$f":"D139","v":0.15},"","",{"$f":"AG35","v":3.2492909700381429},"",0,{"$f":"AS35","v":0},null,null,null,{"$f":"IF(AND(AP56>0,ISNUMBER(#REF!)),#REF!,\"\")","v":""},{"$f":"IF(AND(AP56=1,ISNUMBER(#REF!)),#REF!,\"\")","v":""}]
[null,{"$f":"B141","v":"5B"},{"$f":"C141","v":"Wind (offshore)"},{"$f":"AU35","v":0.33750000000000002},"","",{"$f":"G141","v":3.2492909700381429},"",0,{"$f":"J141","v":0},null,null,null,{"$f":"IF(AND(AP57>0,ISNUMBER(#REF!)),#REF!,\"\")","v":""},{"$f":"IF(AND(AP57=1,ISNUMBER(#REF!)),#REF!,\"\")","v":""}]
[null,{"$f":"B142","v":"5B"},{"$f":"C141","v":"Wind (offshore)"},{"$f":"D142","v":0.33750000000000002},"","",0,"",0,{"$f":"J142","v":0},null,null,null,{"$f":"IF(AND(AP58>0,ISNUMBER(#REF!)),#REF!,\"\")","v":""}]
[null,{"$f":"A36","v":"1D"},{"$f":"'Data_Power (no net)'!C36","v":"Residential Hot Water"},{"$f":"D142","v":0.33750000000000002},"","",{"$f":"AG36","v":7.5319112544890467},"",0,{"$f":"AS36","v":0},null,null,null,{"$f":"IF(AND(AP59>0,ISNUMBER(#REF!)),#REF!,\"\")","v":""}]
[null,{"$f":"B144","v":"1D"},{"$f":"C144","v":"Residential Hot Water"},{"$f":"AU36","v":0.15103},"","",{"$f":"G144","v":7.5319112544890467},"",0,{"$f":"J144","v":0},null,null,null,{"$f":"IF(AND(AP60>0,ISNUMBER(#REF!)),#REF!,\"\")","v":""}]
[null,{"$f":"B145","v":"1D"},{"$f":"C144","v":"Residential Hot Water"},{"$f":"D145","v":0.15103},"","",0,"",0,{"$f":"J145","v":0},null,null,null,{"$f":"IF(AND(AP61>0,ISNUMBER(#REF!)),#REF!,\"\")","v":""}]
[null,{"$f":"A37","v":"8A"},{"$f":"'Data_Power (no net)'!C37","v":"Enter name here"},{"$f":"D145","v":0.15103},{"$f":"IF(OR(ISERROR(D147), J147=0),\"\", ROUND(D147,0))","v":""},"",{"$f":"AG37","v":{"$error":"#VALUE!"}},"",{"$f":"G147*$J147","v":{"$error":"#VALUE!"}},{"$f":"AS37","v":0},null,null,null,{"$f":"IF(AND(AP62>0,ISNUMBER(#REF!)),#REF!,\"\")","v":""}]
[null,{"$f":"B147","v":"8A"},{"$f":"C147","v":"Enter name here"},{"$f":"AU37","v":0},"","",{"$f":"G147","v":{"$error":"#VALUE!"}},"",{"$error":"#VALUE!"},{"$f":"J147","v":0},null,null,null,{"$f":"IF(AND(AP63>0,ISNUMBER(#REF!)),#REF!,\"\")","v":""}]
[null,{"$f":"B148","v":"8A"},{"$f":"C148","v":"Enter name here"},{"$f":"D148","v":0},"","",0,"",0,{"$f":"J148","v":0},null,null,null,{"$f":"IF(AND(AP64>0,ISNUMBER(#REF!)),#REF!,\"\")","v":""}]
[null,{"$f":"A38","v":"5E"},{"$f":"'Data_Power (no net)'!C38","v":"Concentrating solar PV"},{"$f":"D148","v":0},"","",{"$f":"AG38","v":{"$error":"#VALUE!"}},"",{"$error":"#VALUE!"},{"$f":"AS38","v":0},null,null,null,{"$f":"IF(AND(AP65>0,ISNUMBER(#REF!)),#REF!,\"\")","v":""}]
[null,{"$f":"B150","v":"5E"},{"$f":"C150","v":"Concentrating solar PV"},{"$f":"AU38","v":0},"","",{"$f":"G150","v":{"$error":"#VALUE!"}},"",{"$error":"#VALUE!"},{"$f":"J150","v":0},null,null,null,{"$f":"IF(AND(AP66>0,ISNUMBER(#REF!)),B51,\"\")","v":""}]
[null,{"$f":"B151","v":"5E"},{"$f":"C151","v":"Concentrating solar PV"},{"$f":"D151","v":0},"","",0,"",0,{"$f":"J151","v":0}]
[null,{"$f":"A39","v":"8B"},{"$f":"'Data_Power (no net)'!C39","v":"Enter name here"},{"$f":"D152","v":0},"","",{"$f":"AG39","v":{"$error":"#VALUE!"}},"",{"$error":"#VALUE!"},{"$f":"AS39","v":0}]
[null,{"$f":"B153","v":"8B"},{"$f":"C153","v":"Enter name here"},{"$f":"AU39","v":0},"","",{"$f":"G153","v":{"$error":"#VALUE!"}},"",{"$error":"#VALUE!"},{"$f":"J153","v":0}]
[null,{"$f":"B153","v":"8B"},{"$f":"C154","v":"Enter name here"},{"$f":"D154","v":0},"","",0,"",0,{"$f":"J153","v":0}]
[null,{"$f":"A40","v":"8C"},{"$f":"'Data_Power (no net)'!C40","v":"Enter name here"},{"$f":"D154","v":0},"","",{"$f":"AG40","v":{"$error":"#VALUE!"}},"",{"$error":"#VALUE!"},{"$f":"AS40","v":0}]
[null,{"$f":"B156","v":"8C"},{"$f":"C156","v":"Enter name here"},{"$f":"AU40","v":0},"","",{"$f":"G156","v":{"$error":"#VALUE!"}},"",{"$error":"#VALUE!"},{"$f":"J156","v":0}]
[null,{"$f":"B156","v":"8C"},{"$f":"C156","v":"Enter name here"},{"$f":"D157","v":0},"","",0,"",0,{"$f":"J156","v":0}]
[null,{"$f":"A41","v":"8D"},{"$f":"'Data_Power (no net)'!C41","v":"Enter name here"},{"$f":"D157","v":0},"","",{"$f":"AG41","v":{"$error":"#VALUE!"}},"",{"$error":"#VALUE!"},{"$f":"AS41","v":0}]
[null,{"$f":"B159","v":"8D"},{"$f":"C159","v":"Enter name here"},{"$f":"AU41","v":0},"","",{"$f":"G159","v":{"$error":"#VALUE!"}},"",{"$error":"#VALUE!"},{"$f":"J159","v":0}]
[null,{"$f":"B159","v":"8D"},{"$f":"C159","v":"Enter name here"},{"$f":"D160","v":0},"","",0,"",0,{"$f":"J159","v":0}]
[null,{"$f":"A42","v":"8E"},{"$f":"'Data_Power (no net)'!C42","v":"Enter name here"},{"$f":"D160","v":0},"","",{"$f":"AG42","v":{"$error":"#VALUE!"}},"",{"$error":"#VALUE!"},{"$f":"AS42","v":0}]
[null,{"$f":"B162","v":"8E"},{"$f":"C162","v":"Enter name here"},{"$f":"AU42","v":0},"","",{"$f":"G162","v":{"$error":"#VALUE!"}},"",{"$error":"#VALUE!"},{"$f":"J162","v":0}]
[null,{"$f":"B162","v":"8E"},{"$f":"C163","v":"Enter name here"},{"$f":"D163","v":0},"","",0,"",0,{"$f":"J162","v":0}]
[null,{"$f":"A43","v":"8F"},{"$f":"'Data_Power (no net)'!C43","v":"Enter name here"},{"$f":"D163","v":0},"","",{"$f":"AG43","v":{"$error":"#VALUE!"}},"",{"$error":"#VALUE!"},{"$f":"AS43","v":0}]
[null,{"$f":"B165","v":"8F"},{"$f":"C165","v":"Enter name here"},{"$f":"AU43","v":0},"","",{"$f":"G165","v":{"$error":"#VALUE!"}},"",{"$error":"#VALUE!"},{"$f":"J165","v":0}]
[null,{"$f":"B165","v":"8F"},{"$f":"C165","v":"Enter name here"},{"$f":"D166","v":0},"","",0,"",0,{"$f":"J165","v":0}]
[null,{"$f":"A44","v":"8G"},{"$f":"C44","v":"Enter name here"},{"$f":"D167","v":0},"","",{"$f":"AG44","v":{"$error":"#VALUE!"}},"",{"$error":"#VALUE!"},{"$f":"AS44","v":0}]
[null,{"$f":"B168","v":"8G"},{"$f":"C168","v":"Enter name here"},{"$f":"AU44","v":0},"","",{"$f":"G168","v":{"$error":"#VALUE!"}},"",{"$error":"#VALUE!"},{"$f":"J168","v":0}]
[null,{"$f":"B168","v":"8G"},{"$f":"C168","v":"Enter name here"},{"$f":"D169","v":0},"","",0,"",0,{"$f":"J168","v":0}]
[null,{"$f":"A45","v":"8H"},{"$f":"C45","v":"Enter name here"},{"$f":"D169","v":0},"","",{"$f":"AG45","v":{"$error":"#VALUE!"}},"",{"$error":"#VALUE!"},{"$f":"AS45","v":0}]
[null,{"$f":"B171","v":"8H"},{"$f":"C171","v":"Enter name here"},{"$f":"AU45","v":0},"","",{"$f":"G171","v":{"$error":"#VALUE!"}},"",{"$error":"#VALUE!"},{"$f":"J171","v":0}]
[null,{"$f":"B171","v":"8H"},{"$f":"C171","v":"Enter name here"},{"$f":"D172","v":0},"","",0,"",0,{"$f":"J171","v":0}]
[null,{"$f":"A46","v":"8I"},{"$f":"C46","v":"Enter name here"},{"$f":"D172","v":0},"","",{"$f":"AG46","v":{"$error":"#VALUE!"}},"",{"$error":"#VALUE!"},{"$f":"AS46","v":0}]
[null,{"$f":"B174","v":"8I"},{"$f":"C174","v":"Enter name here"},{"$f":"AU46","v":0},"","",{"$f":"G174","v":{"$error":"#VALUE!"}},"",{"$error":"#VALUE!"},{"$f":"J174","v":0}]
[null,{"$f":"B174","v":"8I"},{"$f":"C174","v":"Enter name here"},{"$f":"D175","v":0},"","",0,"",0,{"$f":"J175","v":0}]
[]
[null,null,null,"Graph formatting parameters"]
[null,null,null,null,{"$f":"(126-COUNTBLANK(H51:H176))/3","v":19},"Number of technologies included in graph","Reason"]
[null,null,null,null,{"$f":"SUM(AT5:AT46)","v":59958.828735996802},"X value max in TWh","Knocks out minor techs for  graph presentation purposes"]
[null,null,null,null,{"$f":"MAX(AW5:AW46)","v":59.958828735996804},"X value max (before high cost, low generation eliminated)","Knocks out minor techs for  graph presentation purposes",null,"Table to calculate appropriate size of x-axis interval"]
[null,null,null,null,{"$f":"MAX(H51:H176)","v":58},"X - axis max","Knocks out minor techs for  graph presentation purposes",null,"Max v-value bound",{"$f":"J184*J183","v":15},{"$f":"K184*K183","v":30},75,150,300,375,750,1500,3000,7500,15000,30000,37500,75000,112500,150000,300000,600000,1500000,{"$f":"AC184*AC183","v":600000},{"$f":"AD184*AD183","v":1500000}]
[null,null,null,null,{"$f":"E182/E181","v":0.9673304369466309},"% of generation included in graph",null,null,"#intervals",15,15,15,15,15,15,15,15,15,15,15,15,15,15,15,15,15,15,15,15,15]
[null,null,null,null,30000,"X unit tipping point where where scale switches from small (MWp or Kwp) to large (GWp or Mwp)","Creates dummy to automatically choose graph scale ",null,"Specified x - interval",1,2,5,10,20,25,50,100,200,500,1000,2000,2500,5000,7500,10000,20000,40000,100000,40000,100000]
[null,null,null,null,{"$f":"IF(E180<E184,\"Small\",\"Large\")","v":"Large"},"Data scale auto selected. Small keeps the original units inputed in the model. Large scales them to a larger unit (/1000). ",null,null,"Dummy",{"$f":"IF(AND($E$182<=J182,$E$182>0), 1, 0)","v":0},{"$f":"IF(AND($E$182<=K182,$E$182>J182), 1, 0)","v":0},{"$f":"IF(AND($E$182<=L182,$E$182>K182), 1, 0)","v":1},0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,{"$f":"IF(AND($E$182<=AC182,$E$182>AB182), 1, 0)","v":0},{"$f":"IF(AND($E$182<=AD182,$E$182>AC182), 1, 0)","v":0}]
[null,null,null,null,{"$f":"AVERAGEIF(AX5:AX46,\"=1\",AV5:AV46)*8","v":2.7751164429671165},"Y axis elimination, high costs ($M/MWp)","Keep graph neat"]
[null,null,null,null,{"$f":"IF(E185=\"Large\",0.51,E181*0.0035)","v":0.51},"X-axis elimination, small generation) (<1% of total)","Keep graph neat"]
[null,null,null,"to cut and paste into graph ",{"$f":"SUMPRODUCT(J185:AD185,J184:AD184)","v":5},"Cut paste to Auto-gen x-interval from table","Chooses appropriate x-axis intervals"]
[null,null,null,"to cut and paste into graph",{"$f":"IF(AND(E185=\"Large\",'Input datasheet'!U5=FALSE),\"Firm peak generation potential (GWp)\",IF(AND(E185=\"Small\",'Input datasheet'!U5=TRUE),\"Firm peak generation potential (KWp)\",\"Firm peak generation potential (MWp)\"))","v":"Firm peak generation potential (GWp)"},"Cut paste to X-axis label","To adjust x-axis label based on scale"]
[]
[]
[null,null,null,null,null,null,null,null,null," "]

{"sheet":"Data_Power (full cost)","index":21,"n_rows":192,"n_cols":50,"rows_kept":192,"cut":false,"hidden":true,"merged":[[182,5,182,6],[183,6,184,6],[47,8,47,10],[47,14,48,14],[48,9,48,10],[177,3,177,6],[180,8,180,27],[47,19,48,24],[1,0,2,4],[1,5,2,24],[1,25,1,39],[1,40,2,49],[2,25,2,31],[2,32,2,34],[2,35,2,39]]}
["Power - full cost"]
["Information",null,null,null,null,"Inputs",null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,"Outputs",null,null,null,null,null,null,null,null,null,null,null,null,null,null,"Graph formatting"]
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[null,{"$f":"A6","v":"2C"},{"$f":"'Data_Power (full cost)'!C6","v":"Commercial & Industrial Standby Generation"},{"$f":"D52","v":1.9446499999999998},2,{"$f":"E54","v":2},{"$f":"AG6","v":3.3516253856096731E-2},{"$f":"AH6","v":1.1736842105263158E-2},2,3.3516253856096731E-2,1.1736842105263158E-2,{"$f":"AS6","v":1},null,null,null,null,null,null,null,4,1,{"$f":"SUM(G61:H61)","v":0.14925333049947229},"Residential Energy Efficiency",{"$f":"IF(U54=1,F60+E61/2,\"\")","v":6.5},0.14925333049947229]
[null,{"$f":"B54","v":"2C"},{"$f":"C54","v":"Commercial & Industrial Standby Generation"},{"$f":"AU6","v":0.90534999999999988},1,{"$f":"IF(ISNUMBER(E55),F52+E55,\"\")","v":3},{"$f":"G54","v":3.3516253856096731E-2},{"$f":"H54","v":1.1736842105263158E-2},3,3.3516253856096731E-2,1.1736842105263158E-2,{"$f":"L54","v":1},null,null,null,null,null,null,null,5,1,{"$f":"SUM(G64:H64)","v":0.19420394475548675},"Commercial Energy Efficiency",{"$f":"IF(U55=1,F63+E64/2,\"\")","v":8.5},0.19420394475548675]
[null,{"$f":"B55","v":"2C"},{"$f":"C55","v":"Commercial & Industrial Standby Generation"},{"$f":"D55","v":0.90534999999999988},1,3,0,0,3,0,0,{"$f":"L55","v":1},null,null,null,null,null,null,null,6,1,{"$f":"SUM(G67:H67)","v":0.21147440489763755},"Industrial Cogeneration",{"$f":"IF(U56=1,F66+E67/2,\"\")","v":11},0.21147440489763755]
[null,{"$f":"A7","v":"1A"},{"$f":"'Data_Power (full cost)'!C7","v":"Industrial Energy Efficiency"},{"$f":"D55","v":0.90534999999999988},1,3,{"$f":"AG7","v":0.12464296876847025},{"$f":"AH7","v":0},3,0.12464296876847025,0,{"$f":"AS7","v":1},null,null,null,null,null,null,null,7,1,{"$f":"SUM(G70:H70)","v":0.28721445179946115},"Commercial Trigeneration",{"$f":"IF(U57=1,F69+E70/2,\"\")","v":12.5},0.28721445179946115]
[null,{"$f":"B57","v":"1A"},{"$f":"C57","v":"Industrial Energy Efficiency"},{"$f":"AU7","v":2.9208880643301129},3,6,{"$f":"G57","v":0.12464296876847025},{"$f":"H57","v":0},6,0.12464296876847025,0,{"$f":"L57","v":1},null,null,null,null,null,null,null,8,1,{"$f":"SUM(G73:H73)","v":0.30924907003844282},"Residential Demand Management",{"$f":"IF(U58=1,F72+E73/2,\"\")","v":14.5},0.30924907003844282]
[null,{"$f":"B58","v":"1A"},{"$f":"C58","v":"Industrial Energy Efficiency"},{"$f":"D58","v":2.9208880643301129},3,6,0,0,6,0,0,{"$f":"L58","v":1},null,null,null,null,null,null,null,9,1,{"$f":"SUM(G76:H76)","v":0.32629296676126324},"Open Cycle Gas Turbine",{"$f":"IF(U59=1,F75+E76/2,\"\")","v":21},0.32629296676126324]
[null,{"$f":"A8","v":"1C"},{"$f":"'Data_Power (full cost)'!C8","v":"Residential Energy Efficiency"},{"$f":"D58","v":2.9208880643301129},3,6,{"$f":"AG8","v":0.14925333049947229},{"$f":"AH8","v":0},6,0.14925333049947229,0,{"$f":"AS8","v":1},null,null,null,null,null,null,null,10,1,{"$f":"SUM(G79:H79)","v":0.37552385734385973},"Combined Cycle Gas Turbine",{"$f":"IF(U60=1,F78+E79/2,\"\")","v":31},0.37552385734385973]
[null,{"$f":"B60","v":"1C"},{"$f":"C60","v":"Residential Energy Efficiency"},{"$f":"AU8","v":0.98309901830330537},1,7,{"$f":"G60","v":0.14925333049947229},{"$f":"H60","v":0},7,0.14925333049947229,0,{"$f":"L60","v":1},null,null,null,null,null,null,null,11,1,{"$f":"SUM(G82:H82)","v":0.45999497297610492},"Supercritical black coal (dry cool)",{"$f":"IF(U61=1,F81+E82/2,\"\")","v":41},0.45999497297610492]
[null,{"$f":"B61","v":"1C"},{"$f":"C60","v":"Residential Energy Efficiency"},{"$f":"D61","v":0.98309901830330537},1,7,0,0,7,0,0,{"$f":"L61","v":1},null,null,null,null,null,null,null,12,1,{"$f":"SUM(G85:H85)","v":0.47077770084210574},"Refuse Derived Fuel (RDF) to energy",{"$f":"IF(U62=1,F84+E85/2,\"\")","v":46.5},0.47077770084210574]
[null,{"$f":"A9","v":"1B"},{"$f":"'Data_Power (full cost)'!C9","v":"Commercial Energy Efficiency"},{"$f":"D61","v":0.98309901830330537},1,7,{"$f":"AG9","v":0.19420394475548675},{"$f":"AH9","v":0},7,0.19420394475548675,0,{"$f":"AS9","v":1},null,null,null,null,null,null,null,13,1,{"$f":"SUM(G88:H88)","v":0.48043974038530796},"Residential Cogeneration",{"$f":"IF(U63=1,F87+E88/2,\"\")","v":47.5},0.48043974038530796]
[null,{"$f":"B63","v":"1B"},{"$f":"C63","v":"Commercial Energy Efficiency"},{"$f":"AU9","v":2.7513016533633934},3,10,{"$f":"G63","v":0.19420394475548675},{"$f":"H63","v":0},10,0.19420394475548675,0,{"$f":"L63","v":1},null,null,null,null,null,null,null,14,1,{"$f":"SUM(G91:H91)","v":0.56740189818964626},"Supercritical brown coal (dry cool)",{"$f":"IF(U64=1,F90+E91/2,\"\")","v":50},0.56740189818964626]
[null,{"$f":"B64","v":"1B"},{"$f":"C63","v":"Commercial Energy Efficiency"},{"$f":"D64","v":2.7513016533633934},3,10,0,0,10,0,0,{"$f":"L64","v":1},null,null,null,null,null,null,null,15,1,{"$f":"SUM(G94:H94)","v":0.74718628764131045},"Solar Thermal (with storage)",{"$f":"IF(U65=1,F93+E94/2,\"\")","v":53},0.74718628764131045]
[null,{"$f":"A10","v":"3A"},{"$f":"'Data_Power (full cost)'!C10","v":"Industrial Cogeneration"},{"$f":"D64","v":2.7513016533633934},3,10,{"$f":"AG10","v":0.15279019437132177},{"$f":"AH10","v":5.868421052631579E-2},10,0.15279019437132177,5.868421052631579E-2,{"$f":"AS10","v":1},null,null,null,null,null,null,null,16,1,{"$f":"SUM(G97:H97)","v":1.0016376131316966},"IGCC with CCS",{"$f":"IF(U66=1,F96+E97/2,\"\")","v":54.5},1.0016376131316966]
[null,{"$f":"B66","v":"3A"},{"$f":"C66","v":"Industrial Cogeneration"},{"$f":"AU10","v":2.3588499999999999},2,12,{"$f":"G66","v":0.15279019437132177},{"$f":"H66","v":5.868421052631579E-2},12,0.15279019437132177,5.868421052631579E-2,{"$f":"L66","v":1},null,null,null,null,null,null,null,17,1,{"$f":"SUM(G100:H100)","v":1.0765578928570139},"Geothermal - Hot Dry Rock",{"$f":"IF(U67=1,F99+E100/2,\"\")","v":55.5},1.0765578928570139]
[null,{"$f":"B67","v":"3A"},{"$f":"C66","v":"Industrial Cogeneration"},{"$f":"D67","v":2.3588499999999999},2,12,0,0,12,{"$f":"G68*$L68","v":0},0,{"$f":"L67","v":1},null,null,null,null,null,null,null,18,1,{"$f":"SUM(G103:H103)","v":1.2739336466476203},"Solar PV (grid connected)",{"$f":"IF(U68=1,F102+E103/2,\"\")","v":56.5},1.2739336466476203]
[null,{"$f":"A11","v":"3B"},{"$f":"'Data_Power (full cost)'!C11","v":"Commercial Trigeneration"},{"$f":"D67","v":2.3588499999999999},2,12,{"$f":"AG11","v":0.22853024127314533},{"$f":"AH11","v":5.868421052631579E-2},12,0.22853024127314533,5.868421052631579E-2,{"$f":"AS11","v":1},null,null,null,null,null,null,null,19,1,{"$f":"SUM(G106:H106)","v":3.2571411796556036},"Wind (onshore)",{"$f":"IF(U69=1,F105+E106/2,\"\")","v":57.5},3.2571411796556036]
[null,{"$f":"B69","v":"3B"},{"$f":"C69","v":"Commercial Trigeneration"},{"$f":"AU11","v":1.2758499999999999},1,13,{"$f":"G69","v":0.22853024127314533},{"$f":"H69","v":5.868421052631579E-2},13,0.22853024127314533,5.868421052631579E-2,{"$f":"L69","v":1},null,null,null,null,null,null,null,"",0,{"$f":"SUM(G109:H109)","v":0.30338525588179566},"",{"$f":"IF(U70=1,F108+E109/2,\"\")","v":""},""]
[null,{"$f":"B70","v":"3B"},{"$f":"C69","v":"Commercial Trigeneration"},{"$f":"D70","v":1.2758499999999999},1,13,0,0,13,0,0,{"$f":"L70","v":1},null,null,null,null,null,null,null,"",0,{"$f":"SUM(G112:H112)","v":0.32206047726535197},"",{"$f":"IF(U71=1,F111+E112/2,\"\")","v":""},""]
[null,{"$f":"A12","v":"2B"},{"$f":"'Data_Power (full cost)'!C12","v":"Residential Demand Management"},{"$f":"D70","v":1.2758499999999999},1,13,{"$f":"AG12","v":0.29751222793317966},{"$f":"AH12","v":1.1736842105263158E-2},13,0.29751222793317966,1.1736842105263158E-2,{"$f":"AS12","v":1},null,null,null,null,null,null,null,"",0,{"$f":"SUM(G115:H115)","v":0.33499965696309353},"",{"$f":"IF(U72=1,F114+E115/2,\"\")","v":""},""]
[null,{"$f":"B72","v":"2B"},{"$f":"C72","v":"Residential Demand Management"},{"$f":"AU12","v":2.83195},3,16,{"$f":"G72","v":0.29751222793317966},{"$f":"H72","v":1.1736842105263158E-2},16,0.29751222793317966,1.1736842105263158E-2,{"$f":"L72","v":1},null,null,null,null,null,null,null,"",0,{"$f":"SUM(G118:H118)","v":0.35823529400666854},"",{"$f":"IF(U73=1,F117+E118/2,\"\")","v":""},""]
[null,{"$f":"B73","v":"2B"},{"$f":"C72","v":"Residential Demand Management"},{"$f":"D73","v":2.83195},3,16,0,0,16,0,0,{"$f":"L73","v":1},null,null,null,null,null,null,null,"",0,{"$f":"SUM(G121:H121)","v":0.35996230485003256},"",{"$f":"IF(U74=1,F120+E121/2,\"\")","v":""},""]
[null,{"$f":"A13","v":"7B"},{"$f":"'Data_Power (full cost)'!C13","v":"Open Cycle Gas Turbine"},{"$f":"D73","v":2.83195},3,16,{"$f":"AG13","v":9.155612465600009E-2},{"$f":"AH13","v":0.23473684210526316},16,9.155612465600009E-2,0.23473684210526316,{"$f":"AS13","v":1},null,null,null,null,null,null,null,"",0,{"$f":"SUM(G124:H124)","v":0.44152473253297975},"",{"$f":"IF(U75=1,F123+E124/2,\"\")","v":""},""]
[null,{"$f":"B75","v":"7B"},{"$f":"C75","v":"Open Cycle Gas Turbine"},{"$f":"AU13","v":9.8800000000000008},10,26,{"$f":"G75","v":9.155612465600009E-2},{"$f":"H75","v":0.23473684210526316},26,9.155612465600009E-2,0.23473684210526316,{"$f":"L75","v":1},null,null,null,null,null,null,null,"",0,{"$f":"SUM(G127:H127)","v":0.61050593959751931},"",{"$f":"IF(U76=1,F126+E127/2,\"\")","v":""},""]
[null,{"$f":"B76","v":"7B"},{"$f":"C75","v":"Open Cycle Gas Turbine"},{"$f":"D76","v":9.8800000000000008},10,26,0,0,26,0,0,{"$f":"L76","v":1},null,null,null,null,null,null,null,"",0,{"$f":"SUM(G130:H130)","v":0.64137096030409402},"",{"$f":"IF(U77=1,F129+E130/2,\"\")","v":""},""]
[null,{"$f":"A14","v":"7A"},{"$f":"'Data_Power (full cost)'!C14","v":"Combined Cycle Gas Turbine"},{"$f":"D76","v":9.8800000000000008},10,26,{"$f":"AG14","v":0.1407870152385966},{"$f":"AH14","v":0.23473684210526316},26,0.1407870152385966,0.23473684210526316,{"$f":"AS14","v":1},null,null,null,null,null,null,null,"",0,{"$f":"SUM(G133:H133)","v":0.65801763551124748},"",{"$f":"IF(U78=1,F132+E133/2,\"\")","v":""},""]
[null,{"$f":"B78","v":"7A"},{"$f":"C78","v":"Combined Cycle Gas Turbine"},{"$f":"AU14","v":9.8800000000000008},10,36,{"$f":"G78","v":0.1407870152385966},{"$f":"H78","v":0.23473684210526316},36,0.1407870152385966,0.23473684210526316,{"$f":"L78","v":1},null,null,null,null,null,null,null,"",0,{"$f":"SUM(G136:H136)","v":1.0581980263333339},"",{"$f":"IF(U79=1,F135+E136/2,\"\")","v":""},""]
[null,{"$f":"B79","v":"7A"},{"$f":"C78","v":"Combined Cycle Gas Turbine"},{"$f":"D79","v":9.8800000000000008},10,36,0,0,36,0,0,{"$f":"L79","v":1},null,null,null,null,null,null,null,"",0,{"$f":"SUM(G139:H139)","v":3.4693733302050838},"",{"$f":"IF(U80=1,F138+E139/2,\"\")","v":""},""]
[null,{"$f":"A15","v":"7C"},{"$f":"'Data_Power (full cost)'!C15","v":"Supercritical black coal (dry cool)"},{"$f":"D79","v":9.8800000000000008},10,36,{"$f":"AG15","v":0.22525813087084176},{"$f":"AH15","v":0.23473684210526316},36,0.22525813087084176,0.23473684210526316,{"$f":"AS15","v":1},null,null,null,null,null,null,null,"",0,{"$f":"SUM(G142:H142)","v":4.4881798589270314},"",{"$f":"IF(U81=1,F141+E142/2,\"\")","v":""},""]
[null,{"$f":"B81","v":"7C"},{"$f":"C81","v":"Supercritical black coal (dry cool)"},{"$f":"AU15","v":9.5},10,46,{"$f":"G81","v":0.22525813087084176},{"$f":"H81","v":0.23473684210526316},46,0.22525813087084176,0.23473684210526316,{"$f":"L81","v":1},null,null,null,null,null,null,null,"",0,{"$f":"SUM(G145:H145)","v":7.5319112544890467},"",{"$f":"IF(U82=1,F144+E145/2,\"\")","v":""},""]
[null,{"$f":"B82","v":"7C"},{"$f":"C82","v":"Supercritical black coal (dry cool)"},{"$f":"D82","v":9.5},10,46,0,0,46,0,0,{"$f":"L82","v":1},null,null,null,null,null,null,null,"",0,{"$f":"SUM(G148:H148)","v":{"$error":"#VALUE!"}},"",{"$f":"IF(U83=1,F147+E148/2,\"\")","v":""},""]
[null,{"$f":"A16","v":"4A"},{"$f":"'Data_Power (full cost)'!C16","v":"Refuse Derived Fuel (RDF) to energy"},{"$f":"D82","v":9.5},10,46,{"$f":"AG16","v":0.42383033242105311},{"$f":"AH16","v":4.6947368421052633E-2},46,0.42383033242105311,4.6947368421052633E-2,{"$f":"AS16","v":1},null,null,null,null,null,null,null,"",0,{"$f":"SUM(G151:H151)","v":{"$error":"#VALUE!"}},"",{"$f":"IF(U84=1,F150+E151/2,\"\")","v":""},""]
[null,{"$f":"B84","v":"4A"},{"$f":"C84","v":"Refuse Derived Fuel (RDF) to energy"},{"$f":"AU16","v":0.55764999999999998},1,47,{"$f":"G84","v":0.42383033242105311},{"$f":"H84","v":4.6947368421052633E-2},47,0.42383033242105311,4.6947368421052633E-2,{"$f":"L84","v":1},null,null,null,null,null,null,null,"",0,{"$f":"SUM(G154:H154)","v":{"$error":"#VALUE!"}},"",{"$f":"IF(U85=1,F153+E154/2,\"\")","v":""},""]
[null,{"$f":"B85","v":"4A"},{"$f":"C85","v":"Refuse Derived Fuel (RDF) to energy"},{"$f":"D85","v":0.55764999999999998},1,47,0,0,47,0,0,{"$f":"L85","v":1},null,null,null,null,null,null,null,"",0,{"$f":"SUM(G157:H157)","v":{"$error":"#VALUE!"}},"",{"$f":"IF(U86=1,F156+E157/2,\"\")","v":""},""]
[null,{"$f":"A17","v":"3C"},{"$f":"'Data_Power (full cost)'!C17","v":"Residential Cogeneration"},{"$f":"D85","v":0.55764999999999998},1,47,{"$f":"AG17","v":0.42175552985899217},{"$f":"AH17","v":5.868421052631579E-2},47,0.42175552985899217,5.868421052631579E-2,{"$f":"AS17","v":1},null,null,null,null,null,null,null,"",0,{"$f":"SUM(G160:H160)","v":{"$error":"#VALUE!"}},"",{"$f":"IF(U87=1,F160+E161/2,\"\")","v":""},""]
[null,{"$f":"B87","v":"3C"},{"$f":"C87","v":"Residential Cogeneration"},{"$f":"AU17","v":0.58140000000000003},1,48,{"$f":"G87","v":0.42175552985899217},{"$f":"H87","v":5.868421052631579E-2},48,0.42175552985899217,5.868421052631579E-2,{"$f":"L87","v":1},null,null,null,null,null,null,null,"",0,{"$f":"SUM(G163:H163)","v":{"$error":"#VALUE!"}},"",{"$f":"IF(U88=1,F163+E164/2,\"\")","v":""},""]
[null,{"$f":"B88","v":"3C"},{"$f":"C88","v":"Residential Cogeneration"},{"$f":"D88","v":0.58140000000000003},1,48,0,0,48,0,0,{"$f":"L88","v":1},null,null,null,null,null,null,null,"",0,{"$f":"SUM(G166:H166)","v":{"$error":"#VALUE!"}},"",{"$f":"IF(U89=1,F166+E167/2,\"\")","v":""},""]
[null,{"$f":"A18","v":"7D"},{"$f":"C18","v":"Supercritical brown coal (dry cool)"},{"$f":"D88","v":0.58140000000000003},1,48,{"$f":"AG18","v":0.33266505608438313},{"$f":"AH18","v":0.23473684210526316},48,0.33266505608438313,0.23473684210526316,{"$f":"AS18","v":1},null,null,null,null,null,null,null,"",0,{"$f":"SUM(G169:H169)","v":{"$error":"#VALUE!"}},"",{"$f":"IF(U90=1,F169+E170/2,\"\")","v":""},""]
[null,{"$f":"B90","v":"7D"},{"$f":"C90","v":"Supercritical brown coal (dry cool)"},{"$f":"AU18","v":4.2750000000000004},4,52,{"$f":"G90","v":0.33266505608438313},{"$f":"H90","v":0.23473684210526316},52,0.33266505608438313,0.23473684210526316,{"$f":"L90","v":1},null,null,null,null,null,null,null,"",0,{"$f":"SUM(G172:H172)","v":{"$error":"#VALUE!"}},"",{"$f":"IF(U91=1,F172+E173/2,\"\")","v":""},""]
[null,{"$f":"B91","v":"7D"},{"$f":"C91","v":"Supercritical brown coal (dry cool)"},{"$f":"D91","v":4.2750000000000004},4,52,0,0,52,0,0,{"$f":"L91","v":1},null,null,null,null,null,null,null,"",0,{"$f":"SUM(G175:H175)","v":{"$error":"#VALUE!"}},"",{"$f":"IF(U92=1,F175+E176/2,\"\")","v":""},""]
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[null,{"$f":"A41","v":"8D"},{"$f":"'Data_Power (full cost)'!C41","v":"Enter name here"},{"$f":"D157","v":0},"","",{"$f":"AG41","v":{"$error":"#VALUE!"}},{"$f":"AH41","v":{"$error":"#VALUE!"}},"",{"$error":"#VALUE!"},{"$error":"#VALUE!"},{"$f":"AS41","v":0}]
[null,{"$f":"B159","v":"8D"},{"$f":"C159","v":"Enter name here"},{"$f":"AU41","v":0},"","",{"$f":"G159","v":{"$error":"#VALUE!"}},{"$f":"H159","v":{"$error":"#VALUE!"}},"",{"$error":"#VALUE!"},{"$error":"#VALUE!"},{"$f":"L159","v":0}]
[null,{"$f":"B159","v":"8D"},{"$f":"C159","v":"Enter name here"},{"$f":"D160","v":0},"","",0,0,"",0,0,{"$f":"L159","v":0}]
[null,{"$f":"A42","v":"8E"},{"$f":"'Data_Power (full cost)'!C42","v":"Enter name here"},{"$f":"D160","v":0},"","",{"$f":"AG42","v":{"$error":"#VALUE!"}},{"$f":"AH42","v":{"$error":"#VALUE!"}},"",{"$error":"#VALUE!"},{"$error":"#VALUE!"},{"$f":"AS42","v":0}]
[null,{"$f":"B162","v":"8E"},{"$f":"C162","v":"Enter name here"},{"$f":"AU42","v":0},"","",{"$f":"G162","v":{"$error":"#VALUE!"}},{"$f":"H162","v":{"$error":"#VALUE!"}},"",{"$error":"#VALUE!"},{"$error":"#VALUE!"},{"$f":"L162","v":0}]
[null,{"$f":"B162","v":"8E"},{"$f":"C163","v":"Enter name here"},{"$f":"D163","v":0},"","",0,0,"",0,0,{"$f":"L162","v":0}]
[null,{"$f":"A43","v":"8F"},{"$f":"'Data_Power (full cost)'!C43","v":"Enter name here"},{"$f":"D163","v":0},"","",{"$f":"AG43","v":{"$error":"#VALUE!"}},{"$f":"AH43","v":{"$error":"#VALUE!"}},"",{"$error":"#VALUE!"},{"$error":"#VALUE!"},{"$f":"AS43","v":0}]
[null,{"$f":"B165","v":"8F"},{"$f":"C165","v":"Enter name here"},{"$f":"AU43","v":0},"","",{"$f":"G165","v":{"$error":"#VALUE!"}},{"$f":"H165","v":{"$error":"#VALUE!"}},"",{"$f":"G166*$L166","v":{"$error":"#VALUE!"}},{"$error":"#VALUE!"},{"$f":"L165","v":0}]
[null,{"$f":"B165","v":"8F"},{"$f":"C165","v":"Enter name here"},{"$f":"D166","v":0},"","",0,0,"",0,0,{"$f":"L165","v":0}]
[null,{"$f":"A44","v":"8G"},{"$f":"C44","v":"Enter name here"},{"$f":"D167","v":0},"","",{"$f":"AG44","v":{"$error":"#VALUE!"}},{"$f":"AH44","v":{"$error":"#VALUE!"}},"",{"$error":"#VALUE!"},{"$error":"#VALUE!"},{"$f":"AS44","v":0}]
[null,{"$f":"B168","v":"8G"},{"$f":"C168","v":"Enter name here"},{"$f":"AU44","v":0},"","",{"$f":"G168","v":{"$error":"#VALUE!"}},{"$f":"H168","v":{"$error":"#VALUE!"}},"",{"$error":"#VALUE!"},{"$error":"#VALUE!"},{"$f":"L168","v":0}]
[null,{"$f":"B168","v":"8G"},{"$f":"C168","v":"Enter name here"},{"$f":"D169","v":0},"","",0,0,"",0,0,{"$f":"L168","v":0}]
[null,{"$f":"A45","v":"8H"},{"$f":"C45","v":"Enter name here"},{"$f":"D169","v":0},"","",{"$f":"AG45","v":{"$error":"#VALUE!"}},{"$f":"AH45","v":{"$error":"#VALUE!"}},"",{"$error":"#VALUE!"},{"$error":"#VALUE!"},{"$f":"AS45","v":0}]
[null,{"$f":"B171","v":"8H"},{"$f":"C171","v":"Enter name here"},{"$f":"AU45","v":0},"","",{"$f":"G171","v":{"$error":"#VALUE!"}},{"$f":"H171","v":{"$error":"#VALUE!"}},"",{"$error":"#VALUE!"},{"$error":"#VALUE!"},{"$f":"L171","v":0}]
[null,{"$f":"B171","v":"8H"},{"$f":"C171","v":"Enter name here"},{"$f":"D172","v":0},"","",0,0,"",0,0,{"$f":"L171","v":0}]
[null,{"$f":"A46","v":"8I"},{"$f":"C46","v":"Enter name here"},{"$f":"D172","v":0},"","",{"$f":"AG46","v":{"$error":"#VALUE!"}},{"$f":"AH46","v":{"$error":"#VALUE!"}},"",{"$error":"#VALUE!"},{"$error":"#VALUE!"},{"$f":"AS46","v":0}]
[null,{"$f":"B174","v":"8I"},{"$f":"C174","v":"Enter name here"},{"$f":"AU46","v":0},"","",{"$f":"G174","v":{"$error":"#VALUE!"}},{"$f":"H174","v":{"$error":"#VALUE!"}},"",{"$error":"#VALUE!"},{"$error":"#VALUE!"},{"$f":"L174","v":0}]
[null,{"$f":"B174","v":"8I"},{"$f":"C174","v":"Enter name here"},{"$f":"D175","v":0},"","",0,0,"",0,0,{"$f":"L175","v":0}]
[]
[null,null,null,"Graph formatting parameters"]
[null,null,null,null,{"$f":"(126-COUNTBLANK(I51:I176))/3","v":19},"Number of technologies included in graph","Reason"]
[null,null,null,null,{"$f":"SUM(AT5:AT46)","v":59958.828735996809},"X value max in MWp","Knocks out minor techs for  graph presentation purposes"]
[null,null,null,null,{"$f":"MAX(AW5:AW46)","v":59.958828735996804},"X value max (before high cost, low generation eliminated)","Knocks out minor techs for  graph presentation purposes",null,"Table to calculate appropriate size of x-axis interval"]
[null,null,null,null,{"$f":"MAX(I51:I176)","v":58},"X - axis max","Knocks out minor techs for  graph presentation purposes",null,"Max v-value bound",{"$f":"J184*J183","v":15},{"$f":"K184*K183","v":30},75,150,300,375,750,1500,3000,7500,15000,30000,37500,75000,112500,150000,300000,600000,1500000,{"$f":"AC184*AC183","v":600000},{"$f":"AD184*AD183","v":1500000}]
[null,null,null,null,{"$f":"E182/E181","v":0.9673304369466309},"% of generation included in graph",null,null,"#intervals",15,15,15,15,15,15,15,15,15,15,15,15,15,15,15,15,15,15,15,15,15]
[null,null,null,null,30000,"Point (in TWh) where scale switches to GWh","Creates dummy to automatically choose graph scale ",null,"Specified x - interval",1,2,5,10,20,25,50,100,200,500,1000,2000,2500,5000,7500,10000,20000,40000,100000,40000,100000]
[null,null,null,null,{"$f":"IF((E180<E184),\"Small\",\"Large\")","v":"Large"},"Data scale auto selected",null,null,"Dummy",{"$f":"IF(AND($E$182<=J182,$E$182>0), 1, 0)","v":0},{"$f":"IF(AND($E$182<=K182,$E$182>J182), 1, 0)","v":0},{"$f":"IF(AND($E$182<=L182,$E$182>K182), 1, 0)","v":1},0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,{"$f":"IF(AND($E$182<=AC182,$E$182>AB182), 1, 0)","v":0},{"$f":"IF(AND($E$182<=AD182,$E$182>AC182), 1, 0)","v":0}]
[null,null,null,null,{"$f":"AVERAGEIF(AX5:AX46,\"=1\",AV5:AV46)*8","v":3.6082459333597652},"Y axis elimination, high costs ($M/MWp)","Keep graph neat"]
[null,null,null,null,{"$f":"IF(E185=\"Large\",0.51,E181*0.0035)","v":0.51},"X-axis elimination, small generation) (<0.5% of total)","Keep graph neat"]
[null,null,null,"to cut and paste into graph ",{"$f":"SUMPRODUCT(J185:AD185,J184:AD184)","v":5},"Cut paste to Auto-gen x-interval from table","Chooses appropriate x-axis intervals"]
[null,null,null,"to cut and paste into graph",{"$f":"IF(AND(E185=\"Large\",'Input datasheet'!U5=FALSE),\"Firm peak generation potential (GWp)\",IF(AND(E185=\"Small\",'Input datasheet'!U5=TRUE),\"Firm peak generation potential (KWp)\",\"Firm peak generation potential (MWp)\"))","v":"Firm peak generation potential (GWp)"},"Cut paste to X-axis label","To adjust x-axis label based on scale"]
[]
[]
[null,null,null,null,null,null,null,null,null," "]

{"sheet":"OMA summary","index":22,"n_rows":42,"n_cols":13,"rows_kept":42,"cut":false,"hidden":true,"merged":[[5,12,5,13],[6,12,6,13],[7,12,7,13],[8,8,9,8],[8,12,9,13],[1,4,1,6],[1,8,1,10],[2,9,2,10],[2,11,2,12],[4,12,4,13],[3,12,3,13],[29,12,29,13],[30,12,30,13],[31,12,31,13],[17,4,18,6],[8,10,9,10],[13,12,13,13],[28,12,28,13],[11,4,11,6],[12,4,13,6],[12,12,12,13],[11,12,11,13],[16,12,16,13],[15,12,15,13]]}
[null,"Optimal Mix Analysis summary statistics",null,null,null,null,null,null,null,null,null,{"$f":"C4","v":"National"},{"$f":"C5","v":"2020/21"}]
[null,"A. Input parameters",null,null,"B. Supply/Demand balance",null,null,null,"D. Output summary statistics"]
[null,{"$f":"'Control Panel'!B5","v":"Model parameters"},null,null,"Peak Power  (MWp)",null,null,null,"Objective function (Costs)","Optimal mix case ",null,"Business-as-usual comparison case"]
[null,{"$f":"'Control Panel'!C6","v":"Region of analysis"},{"$f":"'Control Panel'!D6","v":"National"},null,"Forecast peak demand @10% PoE:",{"$f":"'Demand data'!L5","v":61925.432575266052},"MWp",null,"Annualised total cost ",{"$f":"'Optimal Mix Calculator'!AR14","v":{"$error":"#REF!"}},"$b/yr",{"$f":"'BAU calculator'!AQ17","v":{"$error":"#REF!"}},"$b/yr"]
[null,{"$f":"'Control Panel'!C7","v":"Analysis year"},{"$f":"'Control Panel'!D7","v":"2020/21"},null,"Existing supply peak capacity:",{"$f":"'Peak Supply data'!I5","v":52986.299999999996},"MWp",null,{"$f":"'Optimal Mix Calculator'!AQ9","v":"Annualised total capital costs"},{"$f":"'Optimal Mix Calculator'!AR9","v":2.8009844066328164},"$b/yr",{"$f":"'BAU calculator'!AQ12","v":3.1019456184305456},"$b/yr"]
[null,"Technology selection",{"$f":"'Select technologies'!C3","v":"All technologies"},null,"Shortfall (model constraint #1):",{"$f":"F4-F5","v":8939.1325752660559},"MWp",null,{"$f":"'Optimal Mix Calculator'!AQ10","v":"Annualised total fuel and operation costs"},{"$f":"'Optimal Mix Calculator'!AR10","v":0.38710183200087511},"$b/yr",{"$f":"'BAU calculator'!AQ13","v":0.48145327539525179},"$b/yr"]
[null,{"$f":"'Control Panel'!C9","v":"Weighted Av Cost of Capital (%)"},{"$f":"'Control Panel'!D9","v":7.0000000000000007E-2},null,"Annual Energy  (GWh/yr)",null,null,null,{"$f":"'Optimal Mix Calculator'!AQ11","v":"Annualised total network costs"},{"$f":"'Optimal Mix Calculator'!AR11","v":0.73835874760298081},"$b/yr",{"$f":"'BAU calculator'!AQ14","v":2.9683023450577668},"$b/yr"]
[null,{"$f":"'Control Panel'!C10","v":"Default Network Capital Cost ($M/MW/y)"},{"$f":"'Control Panel'!D10","v":0.223},null,"Forecast energy demand:",{"$f":"'Demand data'!L9","v":279699.97977450344},"GWh",null,{"$f":"'Optimal Mix Calculator'!AQ12","v":"Annualised total carbon costs"},{"$f":"'Optimal Mix Calculator'!AR12","v":7.8420376034456802E-3},"$b/yr",{"$f":"'BAU calculator'!AQ15","v":9.9346822492269546E-2},"$b/yr"]
[null,{"$f":"'Control Panel'!C11","v":"Standard Emissions Rate (tCO2e/ MWh)"},{"$f":"'Control Panel'!D11","v":0.92},null,"Existing supply generation:",{"$f":"'Generation data'!G9","v":240106.28543931927},"GWh",null,{"$f":"'Optimal Mix Calculator'!AQ13","v":"Annualised cost (negative = savings) from displacing existing generation"},{"$f":"'Optimal Mix Calculator'!AR13","v":{"$error":"#REF!"}},"$b/yr",{"$f":"'BAU calculator'!AQ16","v":{"$error":"#REF!"}},"$b/yr"]
[null,{"$f":"'Control Panel'!C12","v":"Cost of CO2 ($/tCO2-e)"},{"$f":"'Control Panel'!D12","v":23},null,"Shortfall (model constraint #2):",{"$f":"F8-F9","v":39593.694335184176},"GWh"]
[null,{"$f":"'Control Panel'!C13","v":"Wholesale Gas price ($/GJ)"},{"$f":"'Control Panel'!D13","v":6},null,null,null,null,null,"Modelled constraint values (Red font indicates non-binding constraint)"]
[null,{"$f":"'Control Panel'!C14","v":"Capacity factors of modelled capacity"},{"$f":"'Control Panel'!D14","v":"Maximum"},null,"C. Model constraint levels",null,null,null,"1. Modelled peak capacity, additional",{"$f":"'Optimal Mix Calculator'!AN5","v":8939.1325752660541},"MWp",{"$f":"'BAU calculator'!AN5","v":8939.1325752660578},"MWp"]
[null,{"$f":"'Control Panel'!B16","v":"Optimum Mix Analysis (OMA) parameters"},null,null,"The linear programming model chooses the optimum deployment of technologies/programmes which minimises total annualised cost subject to the following constraints:",null,null,null,"2. Modelled generation, additional",{"$f":"'Optimal Mix Calculator'!AN6*1000","v":45919762.281649947},"GWh/yr",{"$f":"'BAU calculator'!AN6*1000","v":39593694.335184172},"GWh/yr"]
[null,{"$f":"'Control Panel'!C18","v":"Renewable Energy Target (For selected region only)"},{"$f":"'Control Panel'!D18","v":0.2},null,null,null,null,null,"3. Modelled renewable generation, additional",{"$f":"'Optimal Mix Calculator'!AR17","v":26771.528145833556},"GWh/yr",{"$f":"'BAU calculator'!AN7","v":30599.999999999996},"GWh/yr"]
[null,{"$f":"'Control Panel'!C19","v":"Existing supply retirements"},{"$f":"'Control Panel'!D19","v":"Option 1 - Planned retirements occur"},null,"1. Minimum additional peak capacity required:",{"$f":"IF(F6<0,0,F6)","v":8939.1325752660559},"MWp",null,"Demand reduction"]
[null,{"$f":"'Control Panel'!C20","v":"Capacity factors of existing supply"},{"$f":"'Control Panel'!D20","v":"Held constant "},null,"2. Minimum additional generation required:",{"$f":"IF(F10<0,0,F10)","v":39593.694335184176},"GWh/yr",null,"Demand reduction, peak MWp",{"$f":"'Optimal Mix Calculator'!AR20","v":0},"MWp",{"$f":"'Optimal Mix Calculator'!AX8","v":0},"MWp"]
[null,"Demand parameters",null,null,"3. Minimum additional renewable generation required from RET:",{"$f":"IF('Optimal Mix Calculator'!AM7<0,0,'Optimal Mix Calculator'!AM7)","v":30600},"GWh/yr",null,"Demand reduction, energy GWh/yr",null,"GWh/yr",{"$f":"L13-F16","v":39554100.640848987},"GWh/yr"]
[null,{"$f":"'Control Panel'!C21","v":"Demand growth - Energy (GWh)"},{"$f":"'Control Panel'!D21","v":"Medium"},null,"4. Modelled deployment of each technology must be equal or less than that technologies maximum deployment potential."]
[null,{"$f":"'Control Panel'!C22","v":"Demand growth - Peak power (MWp)"},{"$f":"'Control Panel'!D22","v":"Medium"}]
[]
[]
[]
[]
[]
[]
[]
[]
[null,null,null,null,null,null,null,null,"Emissions"]
[null,null,null,null,null,null,null,null,"Emissions of new generation",{"$f":"'Optimal Mix Calculator'!AR19","v":0.34095815667155127},"MtCO2",{"$f":"'BAU calculator'!AQ22","v":4.3194270648812845},"MtCO2"]
[null,null,null,null,null,null,null,null,"Emissions of existing generation, (if potential was used)",{"$f":"'Standard emissions rate data'!C3*'Generation data'!G9/1000","v":222.37001960303814},"MtCO2",{"$f":"J30","v":222.37001960303814},"MtCO2"]
[null,null,null,null,null,null,null,null,"Avoided emissions forced generation",{"$f":"-'Avoided generation assumptions'!D37","v":0},"MtCO2",{"$f":"-'Avoided generation assumptions'!E37","v":0},"MtCO2"]
[null,null,null,null,null,null,null,null,"Total emissions",{"$f":"J29+J30+J31","v":222.71097775970969},"MtCO2",{"$f":"L29+L30+L31","v":226.68944666791944},"MtCO2"]
[null,null,null,null,null,null,null,null,"Emissions factor",{"$f":"J32/'Optimal Mix Calculator'!AR16*1000","v":0.85474751162218154},null,{"$f":"L32/'BAU calculator'!AQ20*1000","v":0.81047358977529582},"tCO2/MWh"]
[]
[]
[]
[]
[]
[]
[]
[]
[null,null,null,null,null,null,null,null,"Emissions from existing generation",{"$f":"J30+J31","v":222.37001960303814}]

{"sheet":"Data_OMA power","index":23,"n_rows":192,"n_cols":57,"rows_kept":192,"cut":false,"hidden":true,"merged":[[1,0,2,4],[1,17,1,31],[1,32,2,41],[2,17,2,23],[2,24,2,26],[2,27,2,31],[182,5,182,6],[183,6,184,6],[47,8,47,10],[47,14,48,14],[47,19,48,24],[48,9,48,10],[177,3,177,6],[180,8,180,27]]}
["Power - full cost",null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,"Option 2: Minimise costs including carbon price"]
["Information",null,null,null,null,"Inputs",null,null,null,null,null,null,null,null,null,null,null,"Outputs",null,null,null,null,null,null,null,null,null,null,null,null,null,null,"Graph formatting"]
[null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,"Energy costs",null,null,null,null,null,null,"Firm peak power cost",null,null,"Other",null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,"Pie graph - power"]
[{"$f":"'Input data & costs'!B5","v":"No."},{"$f":"'Input data & costs'!C5","v":"Classification"},{"$f":"'Input data & costs'!D5","v":"Program/ Technology"},{"$f":"'Input data & costs'!E5","v":"Fuel"},{"$f":"'Input data & costs'!F5","v":"Description"},{"$f":"'Input data & costs'!H5","v":"Custom (MW, or KW if box is ticked) Manual input from '2b Custom scale'"},{"$f":"'Input data & costs'!I5","v":"Life of Capital (yrs)"},{"$f":"'Input data & costs'!J5","v":"Net Emissions (tCO2-e/ MWh)"},{"$f":"'Input data & costs'!K5","v":"Capital cost of Capacity ($M/MW)"},{"$f":"'Input data & costs'!L5","v":"Fixed O&M costs ($M/MW/y)"},{"$f":"'Input data & costs'!M5","v":"Variable Costs - Fuel and Increm'l O&M ($/MWh)"},{"$f":"'Input data & costs'!N5","v":"Capacity Factor (%)  "},{"$f":"'Input data & costs'!O5","v":"Typical capacity factor"},{"$f":"'Input data & costs'!P5","v":"Maximum Capacity Factor (%)"},{"$f":"'Input data & costs'!Q5","v":"Firm Peak Rating or Firm peak capacity factor (%)"},{"$f":"'Input data & costs'!R5","v":"Default Network Cost factor (%)"},{"$f":"'Input data & costs'!S5","v":"Annual Network Cost ($M/MW/y)"},{"$f":"'Input data & costs'!T5","v":"Annualised Capital & Fixed O&M Cost ($/MWh)"},{"$f":"'Input data & costs'!U5","v":"Variable O&M Cost ($/MWh)"},{"$f":"'Input data & costs'!V5","v":"Annualised Network Capital ($/MWh)"},{"$f":"'Input data & costs'!W5","v":"Cost of CO2 ($/MWh)"},{"$f":"'Input data & costs'!X5","v":"Total Energy Cost, excluding Network and CO2e ($/MWh)"},{"$f":"'Input data & costs'!Y5","v":"Total Energy Cost, excluding CO2e ($/MWh)"},{"$f":"'Input data & costs'!Z5","v":"Total Energy Cost  ($/MWh)"},{"$f":"'Input data & costs'!AA5","v":"Annualised Capital & Fixed Cost of peak capacity ($M/MWp)"},{"$f":"'Input data & costs'!AB5","v":"Annualised Firm peak network Cost ($M/MWp/yr)"},{"$f":"'Input data & costs'!AC5","v":"Total Firm peak power cost ($M/MWp/yr)"},{"$f":"'Input data & costs'!AD5","v":"Marginal Emissions Abatement (tCO2-e/MWh)"},{"$f":"'Input data & costs'!AE5","v":"Capacity potential (MW, or KW if tick box selected)"},{"$f":"'Input data & costs'!AF5","v":"Firm peak capacity (MWp or KWp if tick box selected)"},{"$f":"'Input data & costs'!AG5","v":"Energy potential (TWh/y, or GWh/yr if tick box selected)"},{"$f":"'Input data & costs'!AH5","v":"Net Annual GHG abatement potential (MtCO2e/y)"},"Scenario  dummy","Cost error dummy","X knock out (too small)","Y knock-out (high cost)","Sort dummy","Firm peak power potential MWp (Error values removed)","Firm peak power potential (Error values removed)","$M/MWp (Error values removed)","Cumulative Generation/y (prior to x and y knock-out)","95% Cumulative MWh dummy -  used to calculated y high cost knock out",null,null,null,null,null,null,"name","MWp"]
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[{"$f":"'Input data & costs'!B25","v":"5D"},{"$f":"'Input data & costs'!C25","v":"Renewables"},{"$f":"'Input data & costs'!D25","v":"Solar Thermal (with storage)"},{"$f":"'Input data & costs'!E25","v":"Renewables "},{"$f":"'Input data & costs'!F25","v":"Mirrors concentrate energy from the sun onto a focal point or tube filled with liquid. This liquid produces steam to drive a turbine.  Salt cells can store heat to provide electricity on demand."},{"$f":"'Input data & costs'!H25","v":2200},{"$f":"'Input data & costs'!I25","v":30},{"$f":"IF(ISNUMBER('Input data & costs'!J25), 'Input data & costs'!J25,0)","v":0},{"$f":"'Input data & costs'!K25","v":5.827},{"$f":"'Input data & costs'!L25","v":7.2999999999999995E-2},{"$f":"'Input data & costs'!M25","v":0},{"$f":"'Input data & costs'!N25","v":0.41},{"$f":"'Input data & costs'!O25","v":{"$error":"#REF!"}},{"$f":"'Input data & costs'!P25","v":{"$error":"#REF!"}},{"$f":"'Input data & costs'!Q25","v":0.95},{"$f":"'Input data & costs'!R25","v":0.75},{"$f":"'Input data & costs'!S25","v":0.16725000000000001},{"$f":"'Input data & costs'!T25","v":151.06831864885982},{"$f":"'Input data & costs'!U25","v":0},{"$f":"'Input data & costs'!V25","v":46.566989642499166},{"$f":"'Input data & costs'!W25","v":0},{"$f":"'Input data & costs'!X25","v":151.06831864885982},{"$f":"'Input data & costs'!Y25","v":197.64},{"$f":"IF(ISNUMBER('Input data & costs'!Z25),'Input data & costs'!Z25,0)","v":197.64},{"$f":"'Input data & costs'!AA25","v":0.5711336560623631},{"$f":"'Input data & costs'!AB25","v":0.17605263157894738},{"$f":"'Input data & costs'!AC25","v":0.74718628764131045},{"$f":"'Input data & costs'!AD25","v":0.92},0,{"$f":"'Optimal Mix Calculator'!AD24","v":0},{"$f":"'Optimal Mix Calculator'!AE24","v":0},{"$f":"'Optimal Mix Calculator'!AF24","v":0},{"$f":"'Input data & costs'!BI25","v":1},1,0,1,0,0,0,0.74718628764131045,6019.7880643301132,1,null,null,null,null,null,null,"",""]
[{"$f":"'Input data & costs'!B17","v":"4B"},{"$f":"'Input data & costs'!C17","v":"Bioenergy"},{"$f":"'Input data & costs'!D17","v":"Agricultural Biogas"},{"$f":"'Input data & costs'!E17","v":"Bioenergy"},{"$f":"'Input data & costs'!F17","v":"Electricity generated by burning biogas which is produced from agricultural sources, such as digesting livestock waste."},{"$f":"'Input data & costs'!H17","v":106},{"$f":"'Input data & costs'!I17","v":25},{"$f":"IF(ISNUMBER('Input data & costs'!J17), 'Input data & costs'!J17,0)","v":5.2457142857142855E-2},{"$f":"'Input data & costs'!K17","v":2.7719999999999998},{"$f":"'Input data & costs'!L17","v":0.22},{"$f":"'Input data & costs'!M17","v":31.96},{"$f":"'Input data & costs'!N17","v":0.85},{"$f":"'Input data & costs'!O17","v":{"$error":"#REF!"}},{"$f":"'Input data & costs'!P17","v":{"$error":"#REF!"}},{"$f":"'Input data & costs'!Q17","v":0.95},{"$f":"'Input data & costs'!R17","v":0.75},{"$f":"'Input data & costs'!S17","v":0.16725000000000001},{"$f":"'Input data & costs'!T17","v":61.491640308311183},{"$f":"'Input data & costs'!U17","v":31.96},{"$f":"'Input data & costs'!V17","v":22.461724415793714},{"$f":"'Input data & costs'!W17","v":1.2065142857142857},{"$f":"'Input data & costs'!X17","v":93.451640308311184},{"$f":"'Input data & costs'!Y17","v":115.91},{"$f":"IF(ISNUMBER('Input data & costs'!Z17),'Input data & costs'!Z17,0)","v":117.12},{"$f":"'Input data & costs'!AA17","v":0.48196500393230013},{"$f":"'Input data & costs'!AB17","v":0.17605263157894738},{"$f":"'Input data & costs'!AC17","v":0.65801763551124748},{"$f":"'Input data & costs'!AD17","v":0.86754285714285717},106,{"$f":"'Optimal Mix Calculator'!AD16","v":100.69999999999999},{"$f":"'Optimal Mix Calculator'!AE16","v":0.78927599999999998},{"$f":"'Optimal Mix Calculator'!AF16","v":-0.68473075611428569},{"$f":"'Input data & costs'!BI17","v":1},1,1,1,1,100.69999999999999,100.69999999999999,0.65801763551124748,6120.488064330113,1,null,null,null,null,null,null,"Agricultural Biogas",100.69999999999999]
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[]
[null,null,null,"Graph formatting parameters"]
[null,null,null,null,{"$f":"(126-COUNTBLANK(I51:I176))/3","v":12},"Number of technologies included in graph","Reason"]
[null,null,null,null,{"$f":"SUM(AL5:AL46)","v":8939.1325752660541},"X value max in MWp","Knocks out minor techs for  graph presentation purposes"]
[null,null,null,null,{"$f":"MAX(AO5:AO46)","v":8939.1325752660541},"X value max (before high cost, low generation eliminated)","Knocks out minor techs for  graph presentation purposes",null,"Table to calculate appropriate size of x-axis interval"]
[null,null,null,null,{"$f":"MAX(I51:I176)","v":{"$error":"#VALUE!"}},"X - axis max","Knocks out minor techs for  graph presentation purposes",null,"Max v-value bound",{"$f":"J184*J183","v":15},{"$f":"K184*K183","v":30},75,150,300,375,750,1500,3000,7500,15000,30000,37500,75000,112500,150000,300000,600000,1500000,{"$f":"AC184*AC183","v":600000},{"$f":"AD184*AD183","v":1500000}]
[null,null,null,null,{"$f":"E182/E181","v":{"$error":"#VALUE!"}},"% of generation included in graph",null,null,"#intervals",15,15,15,15,15,15,15,15,15,15,15,15,15,15,15,15,15,15,15,15,15]
[null,null,null,null,30000,"Point (in TWh) where scale switches to GWh","Creates dummy to automatically choose graph scale ",null,"Specified x - interval",1,2,5,10,20,25,50,100,200,500,1000,2000,2500,5000,7500,10000,20000,40000,100000,40000,100000]
[null,null,null,null,{"$f":"IF((E180<E184),\"Small\",\"Large\")","v":"Small"},"Data scale auto selected",null,null,"Dummy",{"$f":"IF(AND($E$182<=J182,$E$182>0), 1, 0)","v":{"$error":"#VALUE!"}},{"$f":"IF(AND($E$182<=K182,$E$182>J182), 1, 0)","v":{"$error":"#VALUE!"}},{"$f":"IF(AND($E$182<=L182,$E$182>K182), 1, 0)","v":{"$error":"#VALUE!"}},{"$error":"#VALUE!"},{"$f":"IF(AND($E$182<=N182,$E$182>M182), 1, 0)","v":{"$error":"#VALUE!"}},{"$error":"#VALUE!"},{"$error":"#VALUE!"},{"$error":"#VALUE!"},{"$error":"#VALUE!"},{"$error":"#VALUE!"},{"$error":"#VALUE!"},{"$error":"#VALUE!"},{"$error":"#VALUE!"},{"$error":"#VALUE!"},{"$error":"#VALUE!"},{"$error":"#VALUE!"},{"$error":"#VALUE!"},{"$error":"#VALUE!"},{"$error":"#VALUE!"},{"$f":"IF(AND($E$182<=AC182,$E$182>AB182), 1, 0)","v":{"$error":"#VALUE!"}},{"$f":"IF(AND($E$182<=AD182,$E$182>AC182), 1, 0)","v":{"$error":"#VALUE!"}}]
[null,null,null,null,{"$f":"AVERAGEIF(AP5:AP46,\"=1\",AN5:AN46)*1000","v":684.52813720758149},"Y axis elimination, high costs ($M/MWp)","Keep graph neat"]
[null,null,null,null,{"$f":"IF(E185=\"Large\",0.51,E181*0.000005)","v":4.4695662876330276E-2},"X-axis elimination, small generation) (<0.5% of total)","Keep graph neat"]
[null,null,null,"to cut and paste into graph ",{"$f":"SUMPRODUCT(J185:AD185,J184:AD184)","v":{"$error":"#VALUE!"}},"Cut paste to Auto-gen x-interval from table","Chooses appropriate x-axis intervals"]
[null,null,null,"to cut and paste into graph",{"$f":"IF(AND(E185=\"Large\",'Input datasheet'!U5=FALSE),\"Modelled firm peak generation (GWp)\",IF(AND(E185=\"Small\",'Input datasheet'!U5=TRUE),\"Modelled firm peak generation (KWp)\",\"Modelled firm peak generation (MWp)\"))","v":"Modelled firm peak generation (MWp)"},"Cut paste to X-axis label","To adjust x-axis label based on scale"]
[null,null,null,null,null,"Cut paste to y-axis label","Y-axis max"]
[]
[null,null,null,null,null,null,null,null,null," "]

{"sheet":"Data_OMA Energy","index":24,"n_rows":192,"n_cols":45,"rows_kept":192,"cut":false,"hidden":true,"merged":[[1,0,2,4],[1,17,1,31],[1,32,2,41],[2,17,2,23],[2,24,2,26],[2,27,2,31],[183,6,184,6],[47,10,47,14],[47,19,48,24],[48,11,48,14],[177,3,177,6],[180,8,180,27],[182,5,182,6]]}
["Energy - full cost"]
["Information",null,null,null,null,"Inputs",null,null,null,null,null,null,null,null,null,null,null,"Outputs",null,null,null,null,null,null,null,null,null,null,null,null,null,null,"Graph formatting"]
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[null,null,null,null,null,null,null,null,null,null,"X Axis","y axis "]
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[null,{"$f":"B171","v":"2A"},{"$f":"C171","v":"Commercial & Industrial Demand Management"},{"$f":"D172","v":6.1409999999999999E-2},"","",0,0,0,0,"",0,0,0,0,{"$f":"P171","v":0},{"$f":"IF($E$185=\"Small\",K173/('Optimal Mix Calculator'!$AM$6*1000),K173/'Optimal Mix Calculator'!$AM$6)","v":{"$error":"#VALUE!"}}]
[null,{"$f":"A46","v":"6A"},{"$f":"C46","v":"Large scale batteries"},{"$f":"D172","v":6.1409999999999999E-2},"","",{"$f":"R46","v":2075.9046569996044},{"$f":"S46","v":117.07},{"$f":"T46","v":318.20776255707761},{"$f":"U46","v":0},"",0,0,0,0,{"$f":"AK46","v":0},{"$f":"IF($E$185=\"Small\",K174/('Optimal Mix Calculator'!$AM$6*1000),K174/'Optimal Mix Calculator'!$AM$6)","v":{"$error":"#VALUE!"}}]
[null,{"$f":"B174","v":"6A"},{"$f":"C174","v":"Large scale batteries"},{"$f":"AM46","v":0},"","",{"$f":"G174","v":2075.9046569996044},{"$f":"H174","v":117.07},{"$f":"I174","v":318.20776255707761},{"$f":"J174","v":0},"",0,0,0,0,{"$f":"P174","v":0},{"$f":"IF($E$185=\"Small\",K175/('Optimal Mix Calculator'!$AM$6*1000),K175/'Optimal Mix Calculator'!$AM$6)","v":{"$error":"#VALUE!"}}]
[null,{"$f":"B174","v":"6A"},{"$f":"C174","v":"Large scale batteries"},{"$f":"D175","v":0},"","",0,0,0,0,"",0,0,0,0,{"$f":"P175","v":0},{"$f":"IF($E$185=\"Small\",K176/('Optimal Mix Calculator'!$AM$6*1000),K176/'Optimal Mix Calculator'!$AM$6)","v":{"$error":"#VALUE!"}}]
[]
[null,null,null,"Graph formatting parameters"]
[null,null,null,null,{"$f":"(126-COUNTBLANK(K51:K176))/3","v":10},"Number of technologies included in graph","Reason"]
[null,null,null,null,{"$f":"SUM(AL5:AL46)","v":45.919762281649952},"X value max in TWh","Knocks out minor techs for  graph presentation purposes"]
[null,null,null,null,{"$f":"MAX(AO5:AO46)","v":45.919762281649952},"X value max (before high cost, low generation eliminated)","Knocks out minor techs for  graph presentation purposes",null,"Table to calculate appropriate size of x-axis interval"]
[null,null,null,null,{"$f":"MAX(K51:K176)","v":{"$error":"#VALUE!"}},"X - axis max","Knocks out minor techs for  graph presentation purposes",null,"Max v-value bound",{"$f":"J184*J183","v":15},{"$f":"K184*K183","v":30},75,150,300,375,750,1500,3000,7500,15000,30000,37500,75000,112500,150000,300000,600000,1500000]
[null,null,null,null,{"$f":"E182/E181","v":{"$error":"#VALUE!"}},"% of generation included in graph",null,null,"#intervals",15,15,15,15,15,15,15,15,15,15,15,15,15,15,15,15,15,15,15]
[null,null,null,null,30,"Point (in TWh) where scale switches to GWh","Creates dummy to automatically choose graph scale ",null,"Specified x - interval",1,2,5,10,20,25,50,100,200,500,1000,2000,2500,5000,7500,10000,20000,40000,100000]
[null,null,null,null,{"$f":"IF(E180<E184,\"Small\",\"Large\")","v":"Large"},"Data scale auto selected",null,null,"Dummy",{"$f":"IF(AND($E$182<=J182,$E$182>0), 1, 0)","v":{"$error":"#VALUE!"}},{"$f":"IF(AND($E$182<=K182,$E$182>J182), 1, 0)","v":{"$error":"#VALUE!"}},{"$f":"IF(AND($E$182<=L182,$E$182>K182), 1, 0)","v":{"$error":"#VALUE!"}},{"$error":"#VALUE!"},{"$error":"#VALUE!"},{"$error":"#VALUE!"},{"$error":"#VALUE!"},{"$error":"#VALUE!"},{"$error":"#VALUE!"},{"$error":"#VALUE!"},{"$error":"#VALUE!"},{"$error":"#VALUE!"},{"$error":"#VALUE!"},{"$error":"#VALUE!"},{"$error":"#VALUE!"},{"$error":"#VALUE!"},{"$error":"#VALUE!"},{"$error":"#VALUE!"},{"$error":"#VALUE!"}]
[null,null,null,null,{"$f":"AVERAGEIF(AP5:AP46,\"=1\",AN5:AN43)*40","v":2429.1272727272726},"Y axis elimination, high costs ($/MWh)","Keep graph neat"]
[null,null,null,null,{"$f":"IF(E185=\"Large\",0.51,E181*0.00005)","v":0.51},"X-axis elimination, small generation) (<0.5% of total)","Keep graph neat"]
[null,null,null,"to cut and paste into graph ",{"$f":"SUMPRODUCT(J185:AB185,J184:AB184)","v":{"$error":"#VALUE!"}},"Cut paste to Auto-gen x-interval from table","Chooses appropriate x-axis intervals"]
[null,null,null,"to cut and paste into graph",{"$f":"IF(AND(E185=\"Large\",'Input datasheet'!U5=FALSE),\"Modelled energy generation  (TWh)\",IF(AND(E185=\"Small\",'Input datasheet'!U5=TRUE),\"Modelled energy generation (MWh/yr)\",\"Modelled energy generation (GWh/yr)\"))","v":"Modelled energy generation  (TWh)"},"Cut paste to X-axis label","To adjust x-axis label based on scale"]
[]
[]
[null,null,null,null,null,null,null,null,null," "]

{"sheet":"Optimal Mix Calculator","index":25,"n_rows":47,"n_cols":47,"rows_kept":47,"cut":false,"hidden":true,"merged":[[4,44,8,44],[2,35,2,39],[1,0,2,4],[1,5,2,16],[1,17,1,31],[2,17,2,23],[2,24,2,26],[2,27,2,31]]}
["Solver calculator"]
["Information",null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,"Outputs",null,null,null,null,null,null,null,null,null,null,null,null,null,null,"Summary statistics"]
[null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,"Energy costs",null,null,null,null,null,null,"Firm peak power cost",null,null,"Other",null,null,null,null,null,null,null,"Constraints",null,null,null,null,null,null,{"$f":"1/1.175","v":0.85106382978723405}]
[{"$f":"'Input data & costs'!B5","v":"No."},{"$f":"'Input data & costs'!C5","v":"Classification"},{"$f":"'Input data & costs'!D5","v":"Program/ Technology"},{"$f":"'Input data & costs'!E5","v":"Fuel"},{"$f":"'Input data & costs'!F5","v":"Description"},{"$f":"'Input data & costs'!H5","v":"Custom (MW, or KW if box is ticked) Manual input from '2b Custom scale'"},{"$f":"'Input data & costs'!I5","v":"Life of Capital (yrs)"},{"$f":"'Input data & costs'!J5","v":"Net Emissions (tCO2-e/ MWh)"},{"$f":"'Input data & costs'!K5","v":"Capital cost of Capacity ($M/MW)"},{"$f":"'Input data & costs'!L5","v":"Fixed O&M costs ($M/MW/y)"},{"$f":"'Input data & costs'!M5","v":"Variable Costs - Fuel and Increm'l O&M ($/MWh)"},{"$f":"'Input data & costs'!N5","v":"Capacity Factor (%)  "},{"$f":"'Input data & costs'!O5","v":"Typical capacity factor"},{"$f":"'Input data & costs'!P5","v":"Maximum Capacity Factor (%)"},{"$f":"'Input data & costs'!Q5","v":"Firm Peak Rating or Firm peak capacity factor (%)"},{"$f":"'Input data & costs'!R5","v":"Default Network Cost factor (%)"},{"$f":"'Input data & costs'!S5","v":"Annual Network Cost ($M/MW/y)"},{"$f":"'Input data & costs'!T5","v":"Annualised Capital & Fixed O&M Cost ($/MWh)"},{"$f":"'Input data & costs'!U5","v":"Variable O&M Cost ($/MWh)"},{"$f":"'Input data & costs'!V5","v":"Annualised Network Capital ($/MWh)"},{"$f":"'Input data & costs'!W5","v":"Cost of CO2 ($/MWh)"},{"$f":"'Input data & costs'!X5","v":"Total Energy Cost, excluding Network and CO2e ($/MWh)"},{"$f":"'Input data & costs'!Y5","v":"Total Energy Cost, excluding CO2e ($/MWh)"},{"$f":"'Input data & costs'!Z5","v":"Total Energy Cost  ($/MWh)"},{"$f":"'Input data & costs'!AA5","v":"Annualised Capital & Fixed Cost of peak capacity ($M/MWp)"},{"$f":"'Input data & costs'!AB5","v":"Annualised Firm peak network Cost ($M/MWp/yr)"},{"$f":"'Input data & costs'!AC5","v":"Total Firm peak power cost ($M/MWp/yr)"},{"$f":"'Input data & costs'!AD5","v":"Marginal Emissions Abatement (tCO2-e/MWh)"},{"$f":"'Input data & costs'!AE5","v":"Capacity potential (MW, or KW if tick box selected)"},{"$f":"'Input data & costs'!AF5","v":"Firm peak capacity (MWp or KWp if tick box selected)"},{"$f":"'Input data & costs'!AG5","v":"Energy potential (TWh/y, or GWh/yr if tick box selected)"},{"$f":"'Input data & costs'!AH5","v":"Net Annual GHG abatement potential (MtCO2e/y)"},"Per cent of capacity selected","Percent of peak capacity","Percent of annual generation","4. MWp upper bound","5. All non-negative",null,"Lower bound","Modelled","Outcome",null,null,"Objective function",null,null,"Spare capacity from increasing capacity factor for each individual technology"]
[{"$f":"'Input data & costs'!B6","v":"1A"},{"$f":"'Input data & costs'!C6","v":"Energy Efficiency"},{"$f":"'Input data & costs'!D6","v":"Industrial Energy Efficiency"},{"$f":"'Input data & costs'!E6","v":"Energy Efficiency"},{"$f":"'Input data & costs'!F6","v":"A variety of energy efficiency measures undertaken by industrial energy users across multiple industries."},{"$f":"'Input data & costs'!H6","v":512.97647775379573},{"$f":"'Input data & costs'!I6","v":12},{"$f":"IF(ISNUMBER('Input data & costs'!J6), 'Input data & costs'!J6,0)","v":0},{"$f":"'Input data & costs'!K6","v":0.99},{"$f":"'Input data & costs'!L6","v":0},{"$f":"'Input data & costs'!M6","v":0},{"$f":"'Input data & costs'!N6","v":0.65},{"$f":"'Input data & costs'!O6","v":{"$error":"#REF!"}},{"$f":"'Input data & costs'!P6","v":{"$error":"#REF!"}},{"$f":"'Input data & costs'!Q6","v":"N/A"},{"$f":"'Input data & costs'!R6","v":0},{"$f":"'Input data & costs'!S6","v":0},{"$f":"IF(ISNUMBER('Input data & costs'!T6), ('Input data & costs'!T6),0)","v":21.890229850451394},{"$f":"IF(ISNUMBER('Input data & costs'!U6), ('Input data & costs'!U6),0)","v":0},{"$f":"IF(ISNUMBER('Input data & costs'!V6), ('Input data & costs'!V6),0)","v":0},{"$f":"IF(ISNUMBER('Input data & costs'!W6), ('Input data & costs'!W6),0)","v":0},{"$f":"'Input data & costs'!X6","v":21.890229850451394},{"$f":"'Input data & costs'!Y6","v":21.89},{"$f":"IF(ISNUMBER('Input data & costs'!Z6),'Input data & costs'!Z6,0)","v":21.89},{"$f":"'Input data & costs'!AA6","v":0.12464296876847025},{"$f":"'Input data & costs'!AB6","v":0},{"$f":"'Input data & costs'!AC6","v":0.12464296876847025},{"$f":"'Input data & costs'!AD6","v":0.92},{"$f":"IF(ISNUMBER(AG5),AD5,\"\")","v":2920.8880643301131},2920.8880643301131,{"$f":"IF(AND(ISNUMBER(L5),ISNUMBER(AD5)),L5*AD5*8760/1000000,0)","v":16.631536638295664},{"$f":"-AB5*AE5","v":-15.301013707232011},{"$f":"IF(AJ5>=1,AD5/AJ5,\"\")","v":1},{"$f":"IF(AJ5>1,AD5/$AN$5,\"\")","v":0.32675296397460346},{"$f":"IF(AJ5>1,AE5/$AN$6,\"\")","v":3.6218690628853301E-4},{"$f":"IF(ISNUMBER('Output calculations'!R6),'Output calculations'!R6,0)","v":2920.8880643301131},null,"1. Capacity (MWp)",{"$f":"IF('OMA summary'!F15<0,0,'OMA summary'!F15)","v":8939.1325752660559},{"$f":"SUMIF(AD5:AD46,\"<>#Value!\")","v":8939.1325752660541},{"$f":"IF(AND((AN5-AM5)<0.5,(AN5-AM5)>-0.5),\"BINDING\",IF((AN5-AM5>0.5),\"SLACK\",\"INSUFFICIENT RESOURCES\"))","v":"BINDING"},null,{"$f":"SUMPRODUCT(AE5:AE46,X5:X46)/1000","v":3.9342716317455331},"Annualised Cost  $Billion/year",null,null,"n/a"]
[{"$f":"'Input data & costs'!B7","v":"1B"},{"$f":"'Input data & costs'!C7","v":"Energy Efficiency"},{"$f":"'Input data & costs'!D7","v":"Commercial Energy Efficiency"},{"$f":"'Input data & costs'!E7","v":"Energy Efficiency"},{"$f":"'Input data & costs'!F7","v":"Energy efficiency measures undertaken by commercial energy users in areas including: the Energy Star program, lighting, heating and cooling, pumping and air handling."},{"$f":"'Input data & costs'!H7","v":668.31539009624021},{"$f":"'Input data & costs'!I7","v":19},{"$f":"IF(ISNUMBER('Input data & costs'!J7), 'Input data & costs'!J7,0)","v":0},{"$f":"'Input data & costs'!K7","v":3.1819541345260829},{"$f":"'Input data & costs'!L7","v":-0.11365971087409898},{"$f":"'Input data & costs'!M7","v":0},{"$f":"'Input data & costs'!N7","v":0.46995106780443691},{"$f":"'Input data & costs'!O7","v":{"$error":"#REF!"}},{"$f":"'Input data & costs'!P7","v":{"$error":"#REF!"}},{"$f":"'Input data & costs'!Q7","v":"N/A"},{"$f":"'Input data & costs'!R7","v":0},{"$f":"'Input data & costs'!S7","v":0},{"$f":"IF(ISNUMBER('Input data & costs'!T7), ('Input data & costs'!T7),0)","v":47.173847672728861},{"$f":"IF(ISNUMBER('Input data & costs'!U7), ('Input data & costs'!U7),0)","v":0},{"$f":"IF(ISNUMBER('Input data & costs'!V7), ('Input data & costs'!V7),0)","v":0},{"$f":"IF(ISNUMBER('Input data & costs'!W7), ('Input data & costs'!W7),0)","v":0},{"$f":"'Input data & costs'!X7","v":47.173847672728861},{"$f":"'Input data & costs'!Y7","v":47.17},{"$f":"IF(ISNUMBER('Input data & costs'!Z7),'Input data & costs'!Z7,0)","v":47.17},{"$f":"'Input data & costs'!AA7","v":0.19420394475548675},{"$f":"'Input data & costs'!AB7","v":0},{"$f":"'Input data & costs'!AC7","v":0.19420394475548675},{"$f":"'Input data & costs'!AD7","v":0.92},{"$f":"IF(ISNUMBER(AG6),AD6,\"\")","v":0},0,{"$f":"IF(AND(ISNUMBER(L6),ISNUMBER(AD6)),L6*AD6*8760/1000000,0)","v":0},0,{"$f":"IF(AJ6>=1,AD6/AJ6,\"\")","v":0},{"$f":"IF(AJ6>1,AD6/$AN$5,\"\")","v":0},{"$f":"IF(AJ6>1,AE6/$AN$6,\"\")","v":0},{"$f":"IF(ISNUMBER('Output calculations'!R7),'Output calculations'!R7,0)","v":2751.3016533633936},null,"2. Energy (TWh)",{"$f":"IF('OMA summary'!F16/1000<0,0,'OMA summary'!F16)","v":39593.694335184176},{"$f":"SUMIF(AE5:AE46,\"<>#Value!\")*1000","v":45919.76228164995},{"$f":"IF(AND((AN6-AM6)<0.5,(AN6-AM6)>-0.5),\"BINDING\",IF((AN6-AM6>0.5),\"SLACK\",\"INSUFFICIENT RESOURCES\"))","v":"SLACK"},"Actual",null,null,null,null,"n/a"]
[{"$f":"'Input data & costs'!B8","v":"1C"},{"$f":"'Input data & costs'!C8","v":"Energy Efficiency"},{"$f":"'Input data & costs'!D8","v":"Residential Energy Efficiency"},{"$f":"'Input data & costs'!E8","v":"Energy Efficiency"},{"$f":"'Input data & costs'!F8","v":"Cost effective reduction in electricity consumption through improvements to residential space heating and cooling, insulation and draught sealing, lighting, refrigeration, hot water demand reduction."},{"$f":"'Input data & costs'!H8","v":394.57773139189607},{"$f":"'Input data & costs'!I8","v":14.3},{"$f":"IF(ISNUMBER('Input data & costs'!J8), 'Input data & costs'!J8,0)","v":0},{"$f":"'Input data & costs'!K8","v":0.54939196193441098},{"$f":"'Input data & costs'!L8","v":8.72227210404114E-2},{"$f":"'Input data & costs'!M8","v":0},{"$f":"'Input data & costs'!N8","v":0.28442029644081551},{"$f":"'Input data & costs'!O8","v":{"$error":"#REF!"}},{"$f":"'Input data & costs'!P8","v":{"$error":"#REF!"}},{"$f":"'Input data & costs'!Q8","v":"N/A"},{"$f":"'Input data & costs'!R8","v":0},{"$f":"'Input data & costs'!S8","v":0},{"$f":"IF(ISNUMBER('Input data & costs'!T8), ('Input data & costs'!T8),0)","v":59.904485158378336},{"$f":"IF(ISNUMBER('Input data & costs'!U8), ('Input data & costs'!U8),0)","v":0},{"$f":"IF(ISNUMBER('Input data & costs'!V8), ('Input data & costs'!V8),0)","v":0},{"$f":"IF(ISNUMBER('Input data & costs'!W8), ('Input data & costs'!W8),0)","v":0},{"$f":"'Input data & costs'!X8","v":59.904485158378336},{"$f":"'Input data & costs'!Y8","v":59.9},{"$f":"IF(ISNUMBER('Input data & costs'!Z8),'Input data & costs'!Z8,0)","v":59.9},{"$f":"'Input data & costs'!AA8","v":0.14925333049947229},{"$f":"'Input data & costs'!AB8","v":0},{"$f":"'Input data & costs'!AC8","v":0.14925333049947229},{"$f":"'Input data & costs'!AD8","v":0.92},{"$f":"IF(ISNUMBER(AG7),AD7,\"\")","v":983.09901830330534},983.09901830330534,{"$f":"IF(AND(ISNUMBER(L7),ISNUMBER(AD7)),L7*AD7*8760/1000000,0)","v":2.4494126325365473},-2.2534596219336236,1,0.10997700392356531,5.3341143569363818E-5,{"$f":"IF(ISNUMBER('Output calculations'!R8),'Output calculations'!R8,0)","v":983.09901830330534},null,"3. Addition LRET by 2020 (GWh)",{"$f":"IF('Renewable generation data'!C5>0,'Renewable generation data'!C5,0)","v":30600},{"$f":"(SUM('Optimal Mix Calculator'!AE15:AE28))*1000+'Renewable generation data'!I26","v":30600},{"$f":"IF(AND((AN7-AM7)<0.5,(AN7-AM7)>-0.5),\"BINDING\",IF((AN7-AM7>0.5),\"SLACK\",\"INSUFFICIENT RESOURCES\"))","v":"BINDING"},{"$f":"AN7-'Renewable generation data'!I26","v":26771.528145833556},null,null,null,null,"n/a"]
[{"$f":"'Input data & costs'!B9","v":"1D"},{"$f":"'Input data & costs'!C9","v":"Energy Efficiency"},{"$f":"'Input data & costs'!D9","v":"Residential Hot Water"},{"$f":"'Input data & costs'!E9","v":"Gas/solar substitution"},{"$f":"'Input data & costs'!F9","v":"Converting electric domestic hot water systems to electric boosted solar, heat pump and gas."},{"$f":"'Input data & costs'!H9","v":3.4550836833484322},{"$f":"'Input data & costs'!I9","v":15},{"$f":"IF(ISNUMBER('Input data & costs'!J9), 'Input data & costs'!J9,0)","v":5.3999999999999999E-2},{"$f":"'Input data & costs'!K9","v":68.599999999999994},{"$f":"'Input data & costs'!L9","v":0},{"$f":"'Input data & costs'!M9","v":15.070499999999999},{"$f":"'Input data & costs'!N9","v":4.99},{"$f":"'Input data & costs'!O9","v":{"$error":"#REF!"}},{"$f":"'Input data & costs'!P9","v":{"$error":"#REF!"}},{"$f":"'Input data & costs'!Q9","v":"N/A"},{"$f":"'Input data & costs'!R9","v":0},{"$f":"'Input data & costs'!S9","v":0},{"$f":"IF(ISNUMBER('Input data & costs'!T9), ('Input data & costs'!T9),0)","v":172.30605627897452},{"$f":"IF(ISNUMBER('Input data & costs'!U9), ('Input data & costs'!U9),0)","v":15.070499999999999},{"$f":"IF(ISNUMBER('Input data & costs'!V9), ('Input data & costs'!V9),0)","v":0},{"$f":"IF(ISNUMBER('Input data & costs'!W9), ('Input data & costs'!W9),0)","v":1.242},{"$f":"'Input data & costs'!X9","v":187.37655627897453},{"$f":"'Input data & costs'!Y9","v":187.38},{"$f":"IF(ISNUMBER('Input data & costs'!Z9),'Input data & costs'!Z9,0)","v":188.62},{"$f":"'Input data & costs'!AA9","v":7.5319112544890467},{"$f":"'Input data & costs'!AB9","v":0},{"$f":"'Input data & costs'!AC9","v":7.5319112544890467},{"$f":"'Input data & costs'!AD9","v":0.86599999999999999},{"$f":"IF(ISNUMBER(AG8),AD8,\"\")","v":0},0,{"$f":"IF(AND(ISNUMBER(L8),ISNUMBER(AD8)),L8*AD8*8760/1000000,0)","v":0},0,0,0,0,{"$f":"IF(ISNUMBER('Output calculations'!R9),'Output calculations'!R9,0)","v":151.03},null,null,null,null,null,null,"Cost breakdown","Billions$2010, annualised",null,null,"n/a"]
[{"$f":"'Input data & costs'!B10","v":"2A"},{"$f":"'Input data & costs'!C10","v":"Peak Demand Management"},{"$f":"'Input data & costs'!D10","v":"Commercial & Industrial Demand Management"},{"$f":"'Input data & costs'!E10","v":"Demand Management"},{"$f":"'Input data & costs'!F10","v":"Commercial and industrial customers are provided incentives at times of peak demand to shed or interrupt their load or shift their load to times of lesser demand. "},{"$f":"'Input data & costs'!H10","v":2047},{"$f":"'Input data & costs'!I10","v":15},{"$f":"IF(ISNUMBER('Input data & costs'!J10), 'Input data & costs'!J10,0)","v":0},{"$f":"'Input data & costs'!K10","v":0.05},{"$f":"'Input data & costs'!L10","v":0},{"$f":"'Input data & costs'!M10","v":1000},{"$f":"'Input data & costs'!N10","v":3.4246575342465752E-3},{"$f":"'Input data & costs'!O10","v":{"$error":"#REF!"}},{"$f":"'Input data & costs'!P10","v":{"$error":"#REF!"}},{"$f":"'Input data & costs'!Q10","v":0.95},{"$f":"'Input data & costs'!R10","v":0.05},{"$f":"'Input data & costs'!S10","v":1.115E-2},{"$f":"IF(ISNUMBER('Input data & costs'!T10), ('Input data & costs'!T10),0)","v":182.99104116834425},{"$f":"IF(ISNUMBER('Input data & costs'!U10), ('Input data & costs'!U10),0)","v":1000},{"$f":"IF(ISNUMBER('Input data & costs'!V10), ('Input data & costs'!V10),0)","v":371.66666666666669},{"$f":"IF(ISNUMBER('Input data & costs'!W10), ('Input data & costs'!W10),0)","v":0},{"$f":"'Input data & costs'!X10","v":1182.9910411683443},{"$f":"'Input data & costs'!Y10","v":1554.66},{"$f":"IF(ISNUMBER('Input data & costs'!Z10),'Input data & costs'!Z10,0)","v":1554.66},{"$f":"'Input data & costs'!AA10","v":5.7786644579477129E-3},{"$f":"'Input data & costs'!AB10","v":1.1736842105263158E-2},{"$f":"'Input data & costs'!AC10","v":1.751550656321087E-2},{"$f":"'Input data & costs'!AD10","v":0.92},{"$f":"IF(ISNUMBER(AG9),AD9/O9,\"\")","v":2047},1944.6499999999999,{"$f":"IF(AND(ISNUMBER(L9),ISNUMBER(AC9)),L9*AC9*8760/1000000,0)","v":6.1409999999999999E-2},-5.6497200000000004E-2,1,0.21754347903740778,1.3373327070671732E-6,{"$f":"IF(ISNUMBER('Output calculations'!R10),'Output calculations'!R10,0)","v":1944.6499999999999},null,null,null,null,null,null,"Annualised total capital costs",{"$f":"R47","v":2.8009844066328164},null,null,{"$f":"(N9-M9)*AC9*8760/1000","v":{"$error":"#REF!"}}]
[{"$f":"'Input data & costs'!B11","v":"2B"},{"$f":"'Input data & costs'!C11","v":"Peak Demand Management"},{"$f":"'Input data & costs'!D11","v":"Residential Demand Management"},{"$f":"'Input data & costs'!E11","v":"Demand Management"},{"$f":"'Input data & costs'!F11","v":"Residential customers are provided with information and/or incentives to shed or interrupt their load peak demand or shift their load times of lesser demand. Achieved through widespread dynamic time of use pricing (as opposed to static TOU pricing), combined with moderate adoption of programmable communicable thermostats (PCT)."},{"$f":"'Input data & costs'!H11","v":2981},{"$f":"'Input data & costs'!I11","v":20},{"$f":"IF(ISNUMBER('Input data & costs'!J11), 'Input data & costs'!J11,0)","v":0},{"$f":"'Input data & costs'!K11","v":2.74},{"$f":"'Input data & costs'!L11","v":2.4E-2},{"$f":"'Input data & costs'!M11","v":0},{"$f":"'Input data & costs'!N11","v":0.03},{"$f":"'Input data & costs'!O11","v":{"$error":"#REF!"}},{"$f":"'Input data & costs'!P11","v":{"$error":"#REF!"}},{"$f":"'Input data & costs'!Q11","v":0.95},{"$f":"'Input data & costs'!R11","v":0.05},{"$f":"'Input data & costs'!S11","v":1.115E-2},{"$f":"IF(ISNUMBER('Input data & costs'!T11), ('Input data & costs'!T11),0)","v":1075.4817980841729},{"$f":"IF(ISNUMBER('Input data & costs'!U11), ('Input data & costs'!U11),0)","v":0},{"$f":"IF(ISNUMBER('Input data & costs'!V11), ('Input data & costs'!V11),0)","v":42.427701674277017},{"$f":"IF(ISNUMBER('Input data & costs'!W11), ('Input data & costs'!W11),0)","v":0},{"$f":"'Input data & costs'!X11","v":1075.4817980841729},{"$f":"'Input data & costs'!Y11","v":1117.9100000000001},{"$f":"IF(ISNUMBER('Input data & costs'!Z11),'Input data & costs'!Z11,0)","v":1117.9100000000001},{"$f":"'Input data & costs'!AA11","v":0.29751222793317966},{"$f":"'Input data & costs'!AB11","v":1.1736842105263158E-2},{"$f":"'Input data & costs'!AC11","v":0.30924907003844282},{"$f":"'Input data & costs'!AD11","v":0.92},{"$f":"IF(ISNUMBER(AG10),AD10/O10,\"\")","v":0},0,{"$f":"IF(AND(ISNUMBER(L10),ISNUMBER(AC10)),L10*AC10*8760/1000000,0)","v":0},0,0,0,0,{"$f":"IF(ISNUMBER('Output calculations'!R11),'Output calculations'!R11,0)","v":2831.95},null,null,null,null,null,null,"Annualised total fuel and operation costs",{"$f":"S47","v":0.38710183200087511},null,null,{"$error":"#REF!"}]
[{"$f":"'Input data & costs'!B12","v":"2C"},{"$f":"'Input data & costs'!C12","v":"Peak Demand Management"},{"$f":"'Input data & costs'!D12","v":"Commercial & Industrial Standby Generation"},{"$f":"'Input data & costs'!E12","v":"Peak Clipping"},{"$f":"'Input data & costs'!F12","v":"Commercial and industrial customers are provided incentives to turn on their standby generators during demand peaks."},{"$f":"'Input data & costs'!H12","v":953},{"$f":"'Input data & costs'!I12","v":15},{"$f":"IF(ISNUMBER('Input data & costs'!J12), 'Input data & costs'!J12,0)","v":0.71485714285714297},{"$f":"'Input data & costs'!K12","v":0.28999999999999998},{"$f":"'Input data & costs'!L12","v":0},{"$f":"'Input data & costs'!M12","v":339.84999999999997},{"$f":"'Input data & costs'!N12","v":0.01},{"$f":"'Input data & costs'!O12","v":{"$error":"#REF!"}},{"$f":"'Input data & costs'!P12","v":{"$error":"#REF!"}},{"$f":"'Input data & costs'!Q12","v":0.95},{"$f":"'Input data & costs'!R12","v":0.05},{"$f":"'Input data & costs'!S12","v":1.115E-2},{"$f":"IF(ISNUMBER('Input data & costs'!T12), ('Input data & costs'!T12),0)","v":363.47535574534123},{"$f":"IF(ISNUMBER('Input data & costs'!U12), ('Input data & costs'!U12),0)","v":339.84999999999997},{"$f":"IF(ISNUMBER('Input data & costs'!V12), ('Input data & costs'!V12),0)","v":127.28310502283104},{"$f":"IF(ISNUMBER('Input data & costs'!W12), ('Input data & costs'!W12),0)","v":16.441714285714287},{"$f":"'Input data & costs'!X12","v":703.3253557453412},{"$f":"'Input data & costs'!Y12","v":830.61},{"$f":"IF(ISNUMBER('Input data & costs'!Z12),'Input data & costs'!Z12,0)","v":847.05},{"$f":"'Input data & costs'!AA12","v":3.3516253856096731E-2},{"$f":"'Input data & costs'!AB12","v":1.1736842105263158E-2},{"$f":"'Input data & costs'!AC12","v":4.5253095961359888E-2},{"$f":"'Input data & costs'!AD12","v":0.20514285714285707},67.064668769228561,63.711435330767131,{"$f":"IF(AND(ISNUMBER(L11),ISNUMBER(AC11)),L11*AC11*8760/1000000,0)","v":5.8748649841844228E-3},-1.2051865881841184E-3,7.037216030349272E-2,7.1272503002195262E-3,1.2793761753710307E-7,{"$f":"IF(ISNUMBER('Output calculations'!R12),'Output calculations'!R12,0)","v":905.34999999999991},null,null,null,null,null,null,"Annualised total network costs",{"$f":"T47","v":0.73835874760298081},null,null,{"$error":"#REF!"}]
[{"$f":"'Input data & costs'!B13","v":"3A"},{"$f":"'Input data & costs'!C13","v":"Cogeneration (and Trigeneration)"},{"$f":"'Input data & costs'!D13","v":"Industrial Cogeneration"},{"$f":"'Input data & costs'!E13","v":"Natural Gas"},{"$f":"'Input data & costs'!F13","v":"Gas turbine at an industrial facility, where in addition to using the electricity generated, the useful heat is used for industrial heating loads."},{"$f":"'Input data & costs'!H13","v":2483},{"$f":"'Input data & costs'!I13","v":30},{"$f":"IF(ISNUMBER('Input data & costs'!J13), 'Input data & costs'!J13,0)","v":0.22905055487053022},{"$f":"'Input data & costs'!K13","v":1.5529999999999999},{"$f":"'Input data & costs'!L13","v":0.02},{"$f":"'Input data & costs'!M13","v":34.072749691738593},{"$f":"'Input data & costs'!N13","v":0.7},{"$f":"'Input data & costs'!O13","v":{"$error":"#REF!"}},{"$f":"'Input data & costs'!P13","v":{"$error":"#REF!"}},{"$f":"'Input data & costs'!Q13","v":0.95},{"$f":"'Input data & costs'!R13","v":0.25},{"$f":"'Input data & costs'!S13","v":5.5750000000000001E-2},{"$f":"IF(ISNUMBER('Input data & costs'!T13), ('Input data & costs'!T13),0)","v":23.671018371290881},{"$f":"IF(ISNUMBER('Input data & costs'!U13), ('Input data & costs'!U13),0)","v":34.072749691738593},{"$f":"IF(ISNUMBER('Input data & costs'!V13), ('Input data & costs'!V13),0)","v":9.0916503587736468},{"$f":"IF(ISNUMBER('Input data & costs'!W13), ('Input data & costs'!W13),0)","v":5.2681627620221949},{"$f":"'Input data & costs'!X13","v":57.743768063029478},{"$f":"'Input data & costs'!Y13","v":66.84},{"$f":"IF(ISNUMBER('Input data & costs'!Z13),'Input data & costs'!Z13,0)","v":72.099999999999994},{"$f":"'Input data & costs'!AA13","v":0.15279019437132177},{"$f":"'Input data & costs'!AB13","v":5.868421052631579E-2},{"$f":"'Input data & costs'!AC13","v":0.21147440489763755},{"$f":"'Input data & costs'!AD13","v":0.69094944512946976},0,0,0,0,0,0,0,{"$f":"IF(ISNUMBER('Output calculations'!R13),'Output calculations'!R13,0)","v":2358.85},null,null,"Demand reduction (GWh)","MWp",null,null,"Annualised total carbon costs",{"$f":"U47","v":7.8420376034456802E-3},null,null,{"$f":"(N12-M12)*AC12*8760/1000","v":{"$error":"#REF!"}}]
[{"$f":"'Input data & costs'!B14","v":"3B"},{"$f":"'Input data & costs'!C14","v":"Cogeneration (and Trigeneration)"},{"$f":"'Input data & costs'!D14","v":"Commercial Trigeneration"},{"$f":"'Input data & costs'!E14","v":"Natural Gas"},{"$f":"'Input data & costs'!F14","v":"Gas turbine at a commercial site, where in addition to using the electricity generated, the useful heat is used for heating loads. D-CODE data includes the electricity generation component and the demand reduction component."},{"$f":"'Input data & costs'!H14","v":1343},{"$f":"'Input data & costs'!I14","v":20},{"$f":"IF(ISNUMBER('Input data & costs'!J14), 'Input data & costs'!J14,0)","v":0.32589473684210529},{"$f":"'Input data & costs'!K14","v":2.2999999999999998},{"$f":"'Input data & costs'!L14","v":0},{"$f":"'Input data & costs'!M14","v":69.84210526315789},{"$f":"'Input data & costs'!N14","v":0.44},{"$f":"'Input data & costs'!O14","v":{"$error":"#REF!"}},{"$f":"'Input data & costs'!P14","v":{"$error":"#REF!"}},{"$f":"'Input data & costs'!Q14","v":0.95},{"$f":"'Input data & costs'!R14","v":0.25},{"$f":"'Input data & costs'!S14","v":5.5750000000000001E-2},{"$f":"IF(ISNUMBER('Input data & costs'!T14), ('Input data & costs'!T14),0)","v":56.326206208356176},{"$f":"IF(ISNUMBER('Input data & costs'!U14), ('Input data & costs'!U14),0)","v":69.84210526315789},{"$f":"IF(ISNUMBER('Input data & costs'!V14), ('Input data & costs'!V14),0)","v":14.463989207139893},{"$f":"IF(ISNUMBER('Input data & costs'!W14), ('Input data & costs'!W14),0)","v":7.495578947368422},{"$f":"'Input data & costs'!X14","v":126.16831147151407},{"$f":"'Input data & costs'!Y14","v":140.63},{"$f":"IF(ISNUMBER('Input data & costs'!Z14),'Input data & costs'!Z14,0)","v":148.13},{"$f":"'Input data & costs'!AA14","v":0.22853024127314533},{"$f":"'Input data & costs'!AB14","v":5.868421052631579E-2},{"$f":"'Input data & costs'!AC14","v":0.28721445179946115},{"$f":"'Input data & costs'!AD14","v":0.59410526315789469},0,0,{"$f":"IF(AND(ISNUMBER(L13),ISNUMBER(AC13)),L13*AC13*8760/1000000,0)","v":0},0,0,0,0,{"$f":"IF(ISNUMBER('Output calculations'!R14),'Output calculations'!R14,0)","v":1275.8499999999999},null,"Industrial",{"$f":"('Optimal Mix Calculator'!AE5+'Optimal Mix Calculator'!AE9/2)*1000","v":16662.241638295665},{"$f":"('Optimal Mix Calculator'!AD5+'Optimal Mix Calculator'!AD5/2)","v":4381.3320964951699},null,null,"Annualised cost (negative = savings) from displacing existing generation",{"$f":"-'Avoided generation assumptions'!#REF!/1000","v":{"$error":"#REF!"}},null,null,{"$error":"#REF!"}]
[{"$f":"'Input data & costs'!B15","v":"3C"},{"$f":"'Input data & costs'!C15","v":"Cogeneration (and Trigeneration)"},{"$f":"'Input data & costs'!D15","v":"Residential Cogeneration"},{"$f":"'Input data & costs'!E15","v":"Natural Gas"},{"$f":"'Input data & costs'!F15","v":"Gas turbine in a residential area, where in addition to using the electricity generated, the useful heat is used for heating loads. D-CODE data includes the electricity generation component and the demand reduction component."},{"$f":"'Input data & costs'!H15","v":612},{"$f":"'Input data & costs'!I15","v":25},{"$f":"IF(ISNUMBER('Input data & costs'!J15), 'Input data & costs'!J15,0)","v":0.28360305343511455},{"$f":"'Input data & costs'!K15","v":3.97},{"$f":"'Input data & costs'!L15","v":0.06},{"$f":"'Input data & costs'!M15","v":93.363844393592686},{"$f":"'Input data & costs'!N15","v":0.41599999999999998},{"$f":"'Input data & costs'!O15","v":{"$error":"#REF!"}},{"$f":"'Input data & costs'!P15","v":{"$error":"#REF!"}},{"$f":"'Input data & costs'!Q15","v":0.95},{"$f":"'Input data & costs'!R15","v":0.25},{"$f":"'Input data & costs'!S15","v":5.5750000000000001E-2},{"$f":"IF(ISNUMBER('Input data & costs'!T15), ('Input data & costs'!T15),0)","v":109.94790386976493},{"$f":"IF(ISNUMBER('Input data & costs'!U15), ('Input data & costs'!U15),0)","v":93.363844393592686},{"$f":"IF(ISNUMBER('Input data & costs'!V15), ('Input data & costs'!V15),0)","v":15.298450122936424},{"$f":"IF(ISNUMBER('Input data & costs'!W15), ('Input data & costs'!W15),0)","v":6.5228702290076344},{"$f":"'Input data & costs'!X15","v":203.31174826335763},{"$f":"'Input data & costs'!Y15","v":218.61},{"$f":"IF(ISNUMBER('Input data & costs'!Z15),'Input data & costs'!Z15,0)","v":225.13},{"$f":"'Input data & costs'!AA15","v":0.42175552985899217},{"$f":"'Input data & costs'!AB15","v":5.868421052631579E-2},{"$f":"'Input data & costs'!AC15","v":0.48043974038530796},{"$f":"'Input data & costs'!AD15","v":0.63639694656488555},0,0,0,0,0,0,0,{"$f":"IF(ISNUMBER('Output calculations'!R15),'Output calculations'!R15,0)","v":581.4},null,"Commercial",{"$f":"('Optimal Mix Calculator'!AE6+'Optimal Mix Calculator'!AE9/2)*1000+'Optimal Mix Calculator'!AE13*(1-1/1.175)*1000","v":30.704999999999998},{"$f":"('Optimal Mix Calculator'!AD6+'Optimal Mix Calculator'!AD9/2)+'Optimal Mix Calculator'!AD13*(1-1/1.175)","v":972.32499999999993},null,null,"Total costs",{"$f":"SUM(AR9:AR13)","v":{"$error":"#REF!"}},null,null,{"$error":"#REF!"}]
[{"$f":"'Input data & costs'!B16","v":"4A"},{"$f":"'Input data & costs'!C16","v":"Bioenergy"},{"$f":"'Input data & costs'!D16","v":"Refuse Derived Fuel (RDF) to energy"},{"$f":"'Input data & costs'!E16","v":"Bioenergy"},{"$f":"'Input data & costs'!F16","v":"Electricity generated from non-recyclable wood waste, paper and plastic"},{"$f":"'Input data & costs'!H16","v":587},{"$f":"'Input data & costs'!I16","v":30},{"$f":"IF(ISNUMBER('Input data & costs'!J16), 'Input data & costs'!J16,0)","v":2.4E-2},{"$f":"'Input data & costs'!K16","v":4.5},{"$f":"'Input data & costs'!L16","v":0.04},{"$f":"'Input data & costs'!M16","v":35},{"$f":"'Input data & costs'!N16","v":0.86},{"$f":"'Input data & costs'!O16","v":{"$error":"#REF!"}},{"$f":"'Input data & costs'!P16","v":{"$error":"#REF!"}},{"$f":"'Input data & costs'!Q16","v":0.95},{"$f":"'Input data & costs'!R16","v":0.2},{"$f":"'Input data & costs'!S16","v":4.4600000000000001E-2},{"$f":"IF(ISNUMBER('Input data & costs'!T16), ('Input data & costs'!T16),0)","v":53.445738531379483},{"$f":"IF(ISNUMBER('Input data & costs'!U16), ('Input data & costs'!U16),0)","v":35},{"$f":"IF(ISNUMBER('Input data & costs'!V16), ('Input data & costs'!V16),0)","v":5.9201444196665607},{"$f":"IF(ISNUMBER('Input data & costs'!W16), ('Input data & costs'!W16),0)","v":0.55200000000000005},{"$f":"'Input data & costs'!X16","v":88.445738531379476},{"$f":"'Input data & costs'!Y16","v":94.37},{"$f":"IF(ISNUMBER('Input data & costs'!Z16),'Input data & costs'!Z16,0)","v":94.92},{"$f":"'Input data & costs'!AA16","v":0.42383033242105311},{"$f":"'Input data & costs'!AB16","v":4.6947368421052633E-2},{"$f":"'Input data & costs'!AC16","v":0.47077770084210574},{"$f":"'Input data & costs'!AD16","v":0.89600000000000002},587,557.65,4.4222232000000004,-3.9623119872000006,1,6.2383010354156505E-2,9.6303268576962349E-5,{"$f":"IF(ISNUMBER('Output calculations'!R16),'Output calculations'!R16,0)","v":557.65},null,"Residential",{"$f":"SUM('Optimal Mix Calculator'!AE10,'Optimal Mix Calculator'!AE7:'Optimal Mix Calculator'!AE8)*1000+'Optimal Mix Calculator'!AE14*(1-1/1.224)*1000","v":2449.4126325365473},{"$f":"SUM('Optimal Mix Calculator'!AD10,'Optimal Mix Calculator'!AD7:'Optimal Mix Calculator'!AD8)+'Optimal Mix Calculator'!AD14*(1-1/1.224)","v":983.09901830330534},null,null,"Total demand 2020 (MWp)",{"$f":"AM5+'OMA summary'!F5-'Optimal Mix Calculator'!AR22","v":55588.676460467577},null,null,{"$error":"#REF!"}]
[{"$f":"'Input data & costs'!B17","v":"4B"},{"$f":"'Input data & costs'!C17","v":"Bioenergy"},{"$f":"'Input data & costs'!D17","v":"Agricultural Biogas"},{"$f":"'Input data & costs'!E17","v":"Bioenergy"},{"$f":"'Input data & costs'!F17","v":"Electricity generated by burning biogas which is produced from agricultural sources, such as digesting livestock waste."},{"$f":"'Input data & costs'!H17","v":106},{"$f":"'Input data & costs'!I17","v":25},{"$f":"IF(ISNUMBER('Input data & costs'!J17), 'Input data & costs'!J17,0)","v":5.2457142857142855E-2},{"$f":"'Input data & costs'!K17","v":2.7719999999999998},{"$f":"'Input data & costs'!L17","v":0.22},{"$f":"'Input data & costs'!M17","v":31.96},{"$f":"'Input data & costs'!N17","v":0.85},{"$f":"'Input data & costs'!O17","v":{"$error":"#REF!"}},{"$f":"'Input data & costs'!P17","v":{"$error":"#REF!"}},{"$f":"'Input data & costs'!Q17","v":0.95},{"$f":"'Input data & costs'!R17","v":0.75},{"$f":"'Input data & costs'!S17","v":0.16725000000000001},{"$f":"IF(ISNUMBER('Input data & costs'!T17), ('Input data & costs'!T17),0)","v":61.491640308311183},{"$f":"IF(ISNUMBER('Input data & costs'!U17), ('Input data & costs'!U17),0)","v":31.96},{"$f":"IF(ISNUMBER('Input data & costs'!V17), ('Input data & costs'!V17),0)","v":22.461724415793714},{"$f":"IF(ISNUMBER('Input data & costs'!W17), ('Input data & costs'!W17),0)","v":1.2065142857142857},{"$f":"'Input data & costs'!X17","v":93.451640308311184},{"$f":"'Input data & costs'!Y17","v":115.91},{"$f":"IF(ISNUMBER('Input data & costs'!Z17),'Input data & costs'!Z17,0)","v":117.12},{"$f":"'Input data & costs'!AA17","v":0.48196500393230013},{"$f":"'Input data & costs'!AB17","v":0.17605263157894738},{"$f":"'Input data & costs'!AC17","v":0.65801763551124748},{"$f":"'Input data & costs'!AD17","v":0.86754285714285717},106,100.69999999999999,0.78927599999999998,-0.68473075611428569,1,1.1265075123578517E-2,1.7188155181617816E-5,{"$f":"IF(ISNUMBER('Output calculations'!R17),'Output calculations'!R17,0)","v":100.69999999999999},null,null,{"$f":"SUM(AM13:AM15)","v":19142.359270832214},null,null,null,"Total demand 2020 (GWh)",{"$f":"'OMA summary'!F8-'Optimal Mix Calculator'!AR18","v":260557.62050367123},null,null,{"$error":"#REF!"}]
[{"$f":"'Input data & costs'!B18","v":"4C"},{"$f":"'Input data & costs'!C18","v":"Bioenergy"},{"$f":"'Input data & costs'!D18","v":"Biomass Plant"},{"$f":"'Input data & costs'!E18","v":"Bioenergy"},{"$f":"'Input data & costs'!F18","v":"Electricity generated by burning biomass, specifically forestry and sawmill residues and energy crops such as camphor laurel, oil mallee, eucalyptus and Enercane."},{"$f":"'Input data & costs'!H18","v":362},{"$f":"'Input data & costs'!I18","v":30},{"$f":"IF(ISNUMBER('Input data & costs'!J18), 'Input data & costs'!J18,0)","v":2.0571428571428574E-2},{"$f":"'Input data & costs'!K18","v":3.5},{"$f":"'Input data & costs'!L18","v":0.16},{"$f":"'Input data & costs'!M18","v":36.36},{"$f":"'Input data & costs'!N18","v":0.81},{"$f":"'Input data & costs'!O18","v":{"$error":"#REF!"}},{"$f":"'Input data & costs'!P18","v":{"$error":"#REF!"}},{"$f":"'Input data & costs'!Q18","v":0.95},{"$f":"'Input data & costs'!R18","v":0.75},{"$f":"'Input data & costs'!S18","v":0.16725000000000001},{"$f":"IF(ISNUMBER('Input data & costs'!T18), ('Input data & costs'!T18),0)","v":62.299511287120076},{"$f":"IF(ISNUMBER('Input data & costs'!U18), ('Input data & costs'!U18),0)","v":36.36},{"$f":"IF(ISNUMBER('Input data & costs'!V18), ('Input data & costs'!V18),0)","v":23.570945374598342},{"$f":"IF(ISNUMBER('Input data & costs'!W18), ('Input data & costs'!W18),0)","v":0.4731428571428572},{"$f":"'Input data & costs'!X18","v":98.659511287120068},{"$f":"'Input data & costs'!Y18","v":122.23},{"$f":"IF(ISNUMBER('Input data & costs'!Z18),'Input data & costs'!Z18,0)","v":122.7},{"$f":"'Input data & costs'!AA18","v":0.46531832872514661},{"$f":"'Input data & costs'!AB18","v":0.17605263157894738},{"$f":"'Input data & costs'!AC18","v":0.64137096030409402},{"$f":"'Input data & costs'!AD18","v":0.89942857142857147},362,343.9,2.5686072000000002,-2.3102787044571431,1,3.8471294289956826E-2,5.5936857517802183E-5,{"$f":"IF(ISNUMBER('Output calculations'!R18),'Output calculations'!R18,0)","v":343.9},null,null,null,null,null,null,"Actual additional renewable generation GWh",{"$f":"AP7","v":26771.528145833556},null,null,{"$f":"(N17-M17)*AC17*8760/1000","v":{"$error":"#REF!"}}]
[{"$f":"'Input data & costs'!B19","v":"4D"},{"$f":"'Input data & costs'!C19","v":"Bioenergy"},{"$f":"'Input data & costs'!D19","v":"Biomass Cogen"},{"$f":"'Input data & costs'!E19","v":"Bioenergy"},{"$f":"'Input data & costs'!F19","v":"Burning biomass, specifically sugar cane bagasse, where in addition to using the electricity generated, the useful heat is used for heat processing."},{"$f":"'Input data & costs'!H19","v":514},{"$f":"'Input data & costs'!I19","v":30},{"$f":"IF(ISNUMBER('Input data & costs'!J19), 'Input data & costs'!J19,0)","v":1.542857142857143E-2},{"$f":"'Input data & costs'!K19","v":3.75},{"$f":"'Input data & costs'!L19","v":0.16},{"$f":"'Input data & costs'!M19","v":0},{"$f":"'Input data & costs'!N19","v":0.45},{"$f":"'Input data & costs'!O19","v":{"$error":"#REF!"}},{"$f":"'Input data & costs'!P19","v":{"$error":"#REF!"}},{"$f":"'Input data & costs'!Q19","v":0.5},{"$f":"'Input data & costs'!R19","v":0.3},{"$f":"'Input data & costs'!S19","v":6.6900000000000001E-2},{"$f":"IF(ISNUMBER('Input data & costs'!T19), ('Input data & costs'!T19),0)","v":117.24987650093024},{"$f":"IF(ISNUMBER('Input data & costs'!U19), ('Input data & costs'!U19),0)","v":0},{"$f":"IF(ISNUMBER('Input data & costs'!V19), ('Input data & costs'!V19),0)","v":16.971080669710808},{"$f":"IF(ISNUMBER('Input data & costs'!W19), ('Input data & costs'!W19),0)","v":0.35485714285714287},{"$f":"'Input data & costs'!X19","v":117.24987650093024},{"$f":"'Input data & costs'!Y19","v":134.22},{"$f":"IF(ISNUMBER('Input data & costs'!Z19),'Input data & costs'!Z19,0)","v":134.58000000000001},{"$f":"'Input data & costs'!AA19","v":0.92439802633333401},{"$f":"'Input data & costs'!AB19","v":0.1338},{"$f":"'Input data & costs'!AC19","v":1.0581980263333339},{"$f":"'Input data & costs'!AD19","v":0.90457142857142858},514,257,2.0261879999999999,-1.8328317737142856,1,2.8749993115786288E-2,4.4124531559469489E-5,{"$f":"IF(ISNUMBER('Output calculations'!R19),'Output calculations'!R19,0)","v":257},null,null,{"$f":"(SUM('Optimal Mix Calculator'!AE15:AE46,'Optimal Mix Calculator'!AE12)+('Optimal Mix Calculator'!AE14-'Optimal Mix Calculator'!AE14*(1-1/1.224))+('Optimal Mix Calculator'!AE13-'Optimal Mix Calculator'!AE13*(1-1/1.175)))*1000","v":26771.528145833556},null,null,null,"GWh demand reduction from DE programs",{"$f":"SUM(AM13:AM15)","v":19142.359270832214},null,null,{"$error":"#REF!"}]
[{"$f":"'Input data & costs'!B20","v":"4E"},{"$f":"'Input data & costs'!C20","v":"Bioenergy"},{"$f":"'Input data & costs'!D20","v":"Landfill gas"},{"$f":"'Input data & costs'!E20","v":"Bioenergy"},{"$f":"'Input data & costs'!F20","v":"Energy from capturing and burning methane released from decomposition of landfill waste."},{"$f":"'Input data & costs'!H20","v":148},{"$f":"'Input data & costs'!I20","v":25},{"$f":"IF(ISNUMBER('Input data & costs'!J20), 'Input data & costs'!J20,0)","v":5.2457142857142855E-2},{"$f":"'Input data & costs'!K20","v":2.2999999999999998},{"$f":"'Input data & costs'!L20","v":0.1},{"$f":"'Input data & costs'!M20","v":0},{"$f":"'Input data & costs'!N20","v":0.86},{"$f":"'Input data & costs'!O20","v":{"$error":"#REF!"}},{"$f":"'Input data & costs'!P20","v":{"$error":"#REF!"}},{"$f":"'Input data & costs'!Q20","v":0.95},{"$f":"'Input data & costs'!R20","v":0.2},{"$f":"'Input data & costs'!S20","v":4.4600000000000001E-2},{"$f":"IF(ISNUMBER('Input data & costs'!T20), ('Input data & costs'!T20),0)","v":39.47172528506038},{"$f":"IF(ISNUMBER('Input data & costs'!U20), ('Input data & costs'!U20),0)","v":0},{"$f":"IF(ISNUMBER('Input data & costs'!V20), ('Input data & costs'!V20),0)","v":5.9201444196665607},{"$f":"IF(ISNUMBER('Input data & costs'!W20), ('Input data & costs'!W20),0)","v":1.2065142857142857},{"$f":"'Input data & costs'!X20","v":39.47172528506038},{"$f":"'Input data & costs'!Y20","v":45.39},{"$f":"IF(ISNUMBER('Input data & costs'!Z20),'Input data & costs'!Z20,0)","v":46.6},{"$f":"'Input data & costs'!AA20","v":0.31301493642897993},{"$f":"'Input data & costs'!AB20","v":4.6947368421052633E-2},{"$f":"'Input data & costs'!AC20","v":0.35996230485003256},{"$f":"'Input data & costs'!AD20","v":0.86754285714285717},148,140.6,1.1149728000000001,-0.96728668854857158,1,1.5728595455562457E-2,2.4280892247683863E-5,{"$f":"IF(ISNUMBER('Output calculations'!R20),'Output calculations'!R20,0)","v":140.6},null,null,null,null,null,null,"Emissions of modelled generation",{"$f":"SUMPRODUCT(H5:H46,AE5:AE46)","v":0.34095815667155127},null,null,{"$error":"#REF!"}]
[{"$f":"'Input data & costs'!B21","v":"4F"},{"$f":"'Input data & costs'!C21","v":"Bioenergy"},{"$f":"'Input data & costs'!D21","v":"Sewage gas (Municipal water)"},{"$f":"'Input data & costs'!E21","v":"Bioenergy"},{"$f":"'Input data & costs'!F21","v":"Energy from capturing and burning gas collected from sewage treatment plant bio-digesters."},{"$f":"'Input data & costs'!H21","v":118},{"$f":"'Input data & costs'!I21","v":25},{"$f":"IF(ISNUMBER('Input data & costs'!J21), 'Input data & costs'!J21,0)","v":5.2457142857142855E-2},{"$f":"'Input data & costs'!K21","v":2.23},{"$f":"'Input data & costs'!L21","v":7.0000000000000007E-2},{"$f":"'Input data & costs'!M21","v":56.58},{"$f":"'Input data & costs'!N21","v":0.86},{"$f":"'Input data & costs'!O21","v":{"$error":"#REF!"}},{"$f":"'Input data & costs'!P21","v":{"$error":"#REF!"}},{"$f":"'Input data & costs'!Q21","v":0.95},{"$f":"'Input data & costs'!R21","v":0.2},{"$f":"'Input data & costs'!S21","v":4.4600000000000001E-2},{"$f":"IF(ISNUMBER('Input data & costs'!T21), ('Input data & costs'!T21),0)","v":34.692239221897154},{"$f":"IF(ISNUMBER('Input data & costs'!U21), ('Input data & costs'!U21),0)","v":56.58},{"$f":"IF(ISNUMBER('Input data & costs'!V21), ('Input data & costs'!V21),0)","v":5.9201444196665607},{"$f":"IF(ISNUMBER('Input data & costs'!W21), ('Input data & costs'!W21),0)","v":1.2065142857142857},{"$f":"'Input data & costs'!X21","v":91.272239221897152},{"$f":"'Input data & costs'!Y21","v":97.19},{"$f":"IF(ISNUMBER('Input data & costs'!Z21),'Input data & costs'!Z21,0)","v":98.4},{"$f":"'Input data & costs'!AA21","v":0.27511310884429935},{"$f":"'Input data & costs'!AB21","v":4.6947368421052633E-2},{"$f":"'Input data & costs'!AC21","v":0.32206047726535197},{"$f":"'Input data & costs'!AD21","v":0.86754285714285717},118,112.1,0.8889648,-0.77121506249142857,1,1.2540366647002501E-2,1.9359089765045239E-5,{"$f":"IF(ISNUMBER('Output calculations'!R21),'Output calculations'!R21,0)","v":112.1},null,null,null,null,null,null,"Spare capacity (MWp)",{"$f":"AN5-AM5","v":0},null,null,{"$f":"(N20-M20)*AC20*8760/1000","v":{"$error":"#REF!"}}]
[{"$f":"'Input data & costs'!B22","v":"5A"},{"$f":"'Input data & costs'!C22","v":"Renewables"},{"$f":"'Input data & costs'!D22","v":"Improved Hydro Efficiency "},{"$f":"'Input data & costs'!E22","v":"Renewables "},{"$f":"'Input data & costs'!F22","v":"Various measures to improve the efficiency of existing hydroelectric power stations."},{"$f":"'Input data & costs'!H22","v":545},{"$f":"'Input data & costs'!I22","v":25},{"$f":"IF(ISNUMBER('Input data & costs'!J22), 'Input data & costs'!J22,0)","v":0},{"$f":"'Input data & costs'!K22","v":1.67},{"$f":"'Input data & costs'!L22","v":0},{"$f":"'Input data & costs'!M22","v":0},{"$f":"'Input data & costs'!N22","v":0.24},{"$f":"'Input data & costs'!O22","v":{"$error":"#REF!"}},{"$f":"'Input data & costs'!P22","v":{"$error":"#REF!"}},{"$f":"'Input data & costs'!Q22","v":0.6},{"$f":"'Input data & costs'!R22","v":1},{"$f":"'Input data & costs'!S22","v":0.223},{"$f":"IF(ISNUMBER('Input data & costs'!T22), ('Input data & costs'!T22),0)","v":68.161892959718216},{"$f":"IF(ISNUMBER('Input data & costs'!U22), ('Input data & costs'!U22),0)","v":0},{"$f":"IF(ISNUMBER('Input data & costs'!V22), ('Input data & costs'!V22),0)","v":106.06925418569254},{"$f":"IF(ISNUMBER('Input data & costs'!W22), ('Input data & costs'!W22),0)","v":0},{"$f":"'Input data & costs'!X22","v":68.161892959718216},{"$f":"'Input data & costs'!Y22","v":174.23},{"$f":"IF(ISNUMBER('Input data & costs'!Z22),'Input data & costs'!Z22,0)","v":174.23},{"$f":"'Input data & costs'!AA22","v":0.23883927293085264},{"$f":"'Input data & costs'!AB22","v":0.3716666666666667},{"$f":"'Input data & costs'!AC22","v":0.61050593959751931},{"$f":"'Input data & costs'!AD22","v":0.92},0,0,0,0,0,0,0,{"$f":"IF(ISNUMBER('Output calculations'!R22),'Output calculations'!R22,0)","v":327},null,null,null,null,null,null,"Spare energy (TWh) if max capacity factor used",{"$f":"SUMIF(AU5:AU46,\">0\",AU5:AU46)/1000+(AN6-AM6)","v":6326.0679464657733},null,null,{"$error":"#REF!"}]
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[{"$f":"'Input data & costs'!B26","v":"5E"},{"$f":"'Input data & costs'!C26","v":"Renewables"},{"$f":"'Input data & costs'!D26","v":"Concentrating solar PV"},{"$f":"'Input data & costs'!E26","v":"Renewables "},{"$f":"'Input data & costs'!F26","v":"Mirrors concentrate and reflect sunlight onto high efficiency solar photovoltaic cells to produce electricity."},{"$f":"'Input data & costs'!H26","v":0},{"$f":"'Input data & costs'!I26","v":30},{"$f":"IF(ISNUMBER('Input data & costs'!J26), 'Input data & costs'!J26,0)","v":0},{"$f":"'Input data & costs'!K26","v":2.7},{"$f":"'Input data & costs'!L26","v":"TBC"},{"$f":"'Input data & costs'!M26","v":"TBC"},{"$f":"'Input data & costs'!N26","v":0.26},{"$f":"'Input data & costs'!O26","v":{"$error":"#REF!"}},{"$f":"'Input data & costs'!P26","v":{"$error":"#REF!"}},{"$f":"'Input data & costs'!Q26","v":"TBC"},{"$f":"'Input data & costs'!R26","v":0.75},{"$f":"'Input data & costs'!S26","v":0.16725000000000001},{"$f":"IF(ISNUMBER('Input data & costs'!T26), ('Input data & costs'!T26),0)","v":0},{"$f":"IF(ISNUMBER('Input data & costs'!U26), ('Input data & costs'!U26),0)","v":0},{"$f":"IF(ISNUMBER('Input data & costs'!V26), ('Input data & costs'!V26),0)","v":73.432560590094837},{"$f":"IF(ISNUMBER('Input data & costs'!W26), ('Input data & costs'!W26),0)","v":0},{"$f":"'Input data & costs'!X26","v":{"$error":"#VALUE!"}},{"$f":"'Input data & costs'!Y26","v":{"$error":"#VALUE!"}},{"$f":"IF(ISNUMBER('Input data & costs'!Z26),'Input data & costs'!Z26,0)","v":0},{"$f":"'Input data & costs'!AA26","v":{"$error":"#VALUE!"}},{"$f":"'Input data & costs'!AB26","v":{"$error":"#VALUE!"}},{"$f":"'Input data & costs'!AC26","v":{"$error":"#VALUE!"}},{"$f":"'Input data & costs'!AD26","v":0.92},"",0,{"$f":"IF(AND(ISNUMBER(L25),ISNUMBER(AC25)),L25*AC25*8760/1000000,0)","v":0},0,"","","",{"$f":"IF(ISNUMBER('Output calculations'!R26),'Output calculations'!R26,0)","v":0},null,null,null,null,null,null,null,null,null,null,{"$error":"#REF!"}]
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{"sheet":"BAU calculator","index":26,"n_rows":47,"n_cols":46,"rows_kept":47,"cut":false,"hidden":true,"merged":[[2,35,2,39],[4,43,8,43],[1,0,2,4],[1,5,2,16],[1,17,1,31],[2,17,2,23],[2,24,2,26],[2,27,2,31]]}
["Solver calculator"]
["Information",null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,"Outputs",null,null,null,null,null,null,null,null,null,null,null,null,null,null,"Summary statistics"]
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[{"$f":"'Input data & costs'!B5","v":"No."},{"$f":"'Input data & costs'!C5","v":"Classification"},{"$f":"'Input data & costs'!D5","v":"Program/ Technology"},{"$f":"'Input data & costs'!E5","v":"Fuel"},{"$f":"'Input data & costs'!F5","v":"Description"},{"$f":"'Input data & costs'!H5","v":"Custom (MW, or KW if box is ticked) Manual input from '2b Custom scale'"},{"$f":"'Input data & costs'!I5","v":"Life of Capital (yrs)"},{"$f":"'Input data & costs'!J5","v":"Net Emissions (tCO2-e/ MWh)"},{"$f":"'Input data & costs'!K5","v":"Capital cost of Capacity ($M/MW)"},{"$f":"'Input data & costs'!L5","v":"Fixed O&M costs ($M/MW/y)"},{"$f":"'Input data & costs'!M5","v":"Variable Costs - Fuel and Increm'l O&M ($/MWh)"},{"$f":"'Input data & costs'!N5","v":"Capacity Factor (%)  "},{"$f":"'Input data & costs'!O5","v":"Typical capacity factor"},{"$f":"'Input data & costs'!P5","v":"Maximum Capacity Factor (%)"},{"$f":"'Input data & costs'!Q5","v":"Firm Peak Rating or Firm peak capacity factor (%)"},{"$f":"'Input data & costs'!R5","v":"Default Network Cost factor (%)"},{"$f":"'Input data & costs'!S5","v":"Annual Network Cost ($M/MW/y)"},{"$f":"'Input data & costs'!T5","v":"Annualised Capital & Fixed O&M Cost ($/MWh)"},{"$f":"'Input data & costs'!U5","v":"Variable O&M Cost ($/MWh)"},{"$f":"'Input data & costs'!V5","v":"Annualised Network Capital ($/MWh)"},{"$f":"'Input data & costs'!W5","v":"Cost of CO2 ($/MWh)"},{"$f":"'Input data & costs'!X5","v":"Total Energy Cost, excluding Network and CO2e ($/MWh)"},"Total energy cost, excluding network cost ($/MWh)",{"$f":"'Input data & costs'!Z5","v":"Total Energy Cost  ($/MWh)"},{"$f":"'Input data & costs'!AA5","v":"Annualised Capital & Fixed Cost of peak capacity ($M/MWp)"},{"$f":"'Input data & costs'!AB5","v":"Annualised Firm peak network Cost ($M/MWp/yr)"},{"$f":"'Input data & costs'!AC5","v":"Total Firm peak power cost ($M/MWp/yr)"},{"$f":"'Input data & costs'!AD5","v":"Marginal Emissions Abatement (tCO2-e/MWh)"},{"$f":"'Input data & costs'!AE5","v":"Capacity potential (MW, or KW if tick box selected)"},{"$f":"'Input data & costs'!AF5","v":"Firm peak capacity (MWp or KWp if tick box selected)"},{"$f":"'Input data & costs'!AG5","v":"Energy potential (TWh/y, or GWh/yr if tick box selected)"},{"$f":"'Input data & costs'!AH5","v":"Net Annual GHG abatement potential (MtCO2e/y)"},"Per cent of capacity selected","Percent of peak capacity","Percent of annual generation","4. MWp upper bound","5. All non-negative",null,"Lower bound","Modelled",null,null,"Objective function",null,null,"Spare capacity from increasing capacity factor to maximum for each individual technology"]
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[{"$f":"'Input data & costs'!B7","v":"1B"},{"$f":"'Input data & costs'!C7","v":"Energy Efficiency"},{"$f":"'Input data & costs'!D7","v":"Commercial Energy Efficiency"},{"$f":"'Input data & costs'!E7","v":"Energy Efficiency"},{"$f":"'Input data & costs'!F7","v":"Energy efficiency measures undertaken by commercial energy users in areas including: the Energy Star program, lighting, heating and cooling, pumping and air handling."},{"$f":"'Input data & costs'!H7","v":668.31539009624021},{"$f":"'Input data & costs'!I7","v":19},{"$f":"IF(ISNUMBER('Input data & costs'!J7), 'Input data & costs'!J7,0)","v":0},{"$f":"'Input data & costs'!K7","v":3.1819541345260829},{"$f":"'Input data & costs'!L7","v":-0.11365971087409898},{"$f":"'Input data & costs'!M7","v":0},{"$f":"'Input data & costs'!N7","v":0.46995106780443691},{"$f":"'Input data & costs'!O7","v":{"$error":"#REF!"}},{"$f":"'Input data & costs'!P7","v":{"$error":"#REF!"}},{"$f":"'Input data & costs'!Q7","v":"N/A"},{"$f":"'Input data & costs'!R7","v":0},{"$f":"'Input data & costs'!S7","v":0},{"$f":"IF(ISNUMBER('Input data & costs'!T7),'Input data & costs'!T7,0)","v":47.173847672728861},{"$f":"IF(ISNUMBER('Input data & costs'!U7),'Input data & costs'!U7,0)","v":0},{"$f":"IF(ISNUMBER('Input data & costs'!V7),'Input data & costs'!V7,0)","v":0},{"$f":"IF(ISNUMBER('Input data & costs'!W7),'Input data & costs'!W7,0)","v":0},{"$f":"IF(ISNUMBER('Input data & costs'!X7),'Input data & costs'!X7,0)","v":47.173847672728861},{"$f":"X6-T6","v":47.17},{"$f":"IF(ISNUMBER('Input data & costs'!Z7),'Input data & costs'!Z7,0)","v":47.17},{"$f":"'Input data & costs'!AA7","v":0.19420394475548675},{"$f":"'Input data & costs'!AB7","v":0},{"$f":"'Input data & costs'!AC7","v":0.19420394475548675},{"$f":"'Input data & costs'!AD7","v":0.92},{"$f":"IF(ISNUMBER(AG6),AD6/O6,\"\")","v":""},0,{"$f":"IF(AND(ISNUMBER(L6),ISNUMBER(AD6)),L6*AD6*8760/1000000,0)","v":0},0,{"$f":"IF(AJ6>=1,AD6/AJ6,\"\")","v":""},{"$f":"IF(AJ6>1,AD6/$AN$5,\"\")","v":""},{"$f":"IF(AJ6>1,AE6/$AN$6,\"\")","v":""},{"$f":"IF(ISNUMBER('Output calculations'!R7), 'Output calculations'!R7*'Inbuilt input data'!AJ6,0)","v":0},null,"2. Energy (TWh)",{"$f":"IF('OMA summary'!F16/1000<0,0,'OMA summary'!F16)","v":39593.694335184176},{"$f":"SUMIF(AE5:AE46,\"<>#Value!\")*1000","v":39593.694335184169},{"$f":"IF(AND((AN6-AM6)<0.5,(AN6-AM6)>-0.5),\"BINDING\",IF((AN6-AM6>0.5),\"SLACK\",\"INSUFFICIENT RESOURCES\"))","v":"BINDING"},null,null,null,null,"n/a"]
[{"$f":"'Input data & costs'!B8","v":"1C"},{"$f":"'Input data & costs'!C8","v":"Energy Efficiency"},{"$f":"'Input data & costs'!D8","v":"Residential Energy Efficiency"},{"$f":"'Input data & costs'!E8","v":"Energy Efficiency"},{"$f":"'Input data & costs'!F8","v":"Cost effective reduction in electricity consumption through improvements to residential space heating and cooling, insulation and draught sealing, lighting, refrigeration, hot water demand reduction."},{"$f":"'Input data & costs'!H8","v":394.57773139189607},{"$f":"'Input data & costs'!I8","v":14.3},{"$f":"IF(ISNUMBER('Input data & costs'!J8), 'Input data & costs'!J8,0)","v":0},{"$f":"'Input data & costs'!K8","v":0.54939196193441098},{"$f":"'Input data & costs'!L8","v":8.72227210404114E-2},{"$f":"'Input data & costs'!M8","v":0},{"$f":"'Input data & costs'!N8","v":0.28442029644081551},{"$f":"'Input data & costs'!O8","v":{"$error":"#REF!"}},{"$f":"'Input data & costs'!P8","v":{"$error":"#REF!"}},{"$f":"'Input data & costs'!Q8","v":"N/A"},{"$f":"'Input data & costs'!R8","v":0},{"$f":"'Input data & costs'!S8","v":0},{"$f":"IF(ISNUMBER('Input data & costs'!T8),'Input data & costs'!T8,0)","v":59.904485158378336},{"$f":"IF(ISNUMBER('Input data & costs'!U8),'Input data & costs'!U8,0)","v":0},{"$f":"IF(ISNUMBER('Input data & costs'!V8),'Input data & costs'!V8,0)","v":0},{"$f":"IF(ISNUMBER('Input data & costs'!W8),'Input data & costs'!W8,0)","v":0},{"$f":"IF(ISNUMBER('Input data & costs'!X8),'Input data & costs'!X8,0)","v":59.904485158378336},59.9,{"$f":"IF(ISNUMBER('Input data & costs'!Z8),'Input data & costs'!Z8,0)","v":59.9},{"$f":"'Input data & costs'!AA8","v":0.14925333049947229},{"$f":"'Input data & costs'!AB8","v":0},{"$f":"'Input data & costs'!AC8","v":0.14925333049947229},{"$f":"'Input data & costs'!AD8","v":0.92},"",0,{"$f":"IF(AND(ISNUMBER(L7),ISNUMBER(AD7)),L7*AD7*8760/1000000,0)","v":0},0,"","","",{"$f":"IF(ISNUMBER('Output calculations'!R8), 'Output calculations'!R8*'Inbuilt input data'!AJ7,0)","v":0},null,"3. Addition LRET by 2020 (GWh)",{"$f":"IF('Optimal Mix Calculator'!AM7<0,0,'Optimal Mix Calculator'!AM7)","v":30600},{"$f":"(SUM(AE15:AE28))*1000","v":30599.999999999996},{"$f":"IF(AND((AN7-AM7)<0.5,(AN7-AM7)>-0.5),\"BINDING\",IF((AN7-AM7>0.5),\"SLACK\",\"INSUFFICIENT RESOURCES\"))","v":"BINDING"},null,null,null,null,"n/a"]
[{"$f":"'Input data & costs'!B9","v":"1D"},{"$f":"'Input data & costs'!C9","v":"Energy Efficiency"},{"$f":"'Input data & costs'!D9","v":"Residential Hot Water"},{"$f":"'Input data & costs'!E9","v":"Gas/solar substitution"},{"$f":"'Input data & costs'!F9","v":"Converting electric domestic hot water systems to electric boosted solar, heat pump and gas."},{"$f":"'Input data & costs'!H9","v":3.4550836833484322},{"$f":"'Input data & costs'!I9","v":15},{"$f":"IF(ISNUMBER('Input data & costs'!J9), 'Input data & costs'!J9,0)","v":5.3999999999999999E-2},{"$f":"'Input data & costs'!K9","v":68.599999999999994},{"$f":"'Input data & costs'!L9","v":0},{"$f":"'Input data & costs'!M9","v":15.070499999999999},{"$f":"'Input data & costs'!N9","v":4.99},{"$f":"'Input data & costs'!O9","v":{"$error":"#REF!"}},{"$f":"'Input data & costs'!P9","v":{"$error":"#REF!"}},{"$f":"'Input data & costs'!Q9","v":"N/A"},{"$f":"'Input data & costs'!R9","v":0},{"$f":"'Input data & costs'!S9","v":0},{"$f":"IF(ISNUMBER('Input data & costs'!T9),'Input data & costs'!T9,0)","v":172.30605627897452},{"$f":"IF(ISNUMBER('Input data & costs'!U9),'Input data & costs'!U9,0)","v":15.070499999999999},{"$f":"IF(ISNUMBER('Input data & costs'!V9),'Input data & costs'!V9,0)","v":0},{"$f":"IF(ISNUMBER('Input data & costs'!W9),'Input data & costs'!W9,0)","v":1.242},{"$f":"IF(ISNUMBER('Input data & costs'!X9),'Input data & costs'!X9,0)","v":187.37655627897453},188.62,{"$f":"IF(ISNUMBER('Input data & costs'!Z9),'Input data & costs'!Z9,0)","v":188.62},{"$f":"'Input data & costs'!AA9","v":7.5319112544890467},{"$f":"'Input data & costs'!AB9","v":0},{"$f":"'Input data & costs'!AC9","v":7.5319112544890467},{"$f":"'Input data & costs'!AD9","v":0.86599999999999999},"",0,{"$f":"IF(AND(ISNUMBER(L8),ISNUMBER(AD8)),L8*AD8*8760/1000000,0)","v":0},0,"","","",{"$f":"IF(ISNUMBER('Output calculations'!R9), 'Output calculations'!R9*'Inbuilt input data'!AJ8,0)","v":0},null,null,null,null,null,{"$f":"AN5-AM5","v":0},"Spare capacity (MWp)",null,null,"n/a"]
[{"$f":"'Input data & costs'!B10","v":"2A"},{"$f":"'Input data & costs'!C10","v":"Peak Demand Management"},{"$f":"'Input data & costs'!D10","v":"Commercial & Industrial Demand Management"},{"$f":"'Input data & costs'!E10","v":"Demand Management"},{"$f":"'Input data & costs'!F10","v":"Commercial and industrial customers are provided incentives at times of peak demand to shed or interrupt their load or shift their load to times of lesser demand. "},{"$f":"'Input data & costs'!H10","v":2047},{"$f":"'Input data & costs'!I10","v":15},{"$f":"IF(ISNUMBER('Input data & costs'!J10), 'Input data & costs'!J10,0)","v":0},{"$f":"'Input data & costs'!K10","v":0.05},{"$f":"'Input data & costs'!L10","v":0},{"$f":"'Input data & costs'!M10","v":1000},{"$f":"'Input data & costs'!N10","v":3.4246575342465752E-3},{"$f":"'Input data & costs'!O10","v":{"$error":"#REF!"}},{"$f":"'Input data & costs'!P10","v":{"$error":"#REF!"}},{"$f":"'Input data & costs'!Q10","v":0.95},{"$f":"'Input data & costs'!R10","v":0.05},{"$f":"'Input data & costs'!S10","v":1.115E-2},{"$f":"IF(ISNUMBER('Input data & costs'!T10),'Input data & costs'!T10,0)","v":182.99104116834425},{"$f":"IF(ISNUMBER('Input data & costs'!U10),'Input data & costs'!U10,0)","v":1000},{"$f":"IF(ISNUMBER('Input data & costs'!V10),'Input data & costs'!V10,0)","v":371.66666666666669},{"$f":"IF(ISNUMBER('Input data & costs'!W10),'Input data & costs'!W10,0)","v":0},{"$f":"IF(ISNUMBER('Input data & costs'!X10),'Input data & costs'!X10,0)","v":1182.9910411683443},1182.9933333333333,{"$f":"IF(ISNUMBER('Input data & costs'!Z10),'Input data & costs'!Z10,0)","v":1554.66},{"$f":"'Input data & costs'!AA10","v":5.7786644579477129E-3},{"$f":"'Input data & costs'!AB10","v":1.1736842105263158E-2},{"$f":"'Input data & costs'!AC10","v":1.751550656321087E-2},{"$f":"'Input data & costs'!AD10","v":0.92},"",0,{"$f":"IF(AND(ISNUMBER(L9),ISNUMBER(AC9)),L9*AC9*8760/1000000,0)","v":0},0,"","","",{"$f":"IF(ISNUMBER('Output calculations'!R10), 'Output calculations'!R10*'Inbuilt input data'!AJ9,0)","v":0},null,null,null,null,null,{"$f":"SUMIF(AT5:AT46,\">0\",AT5:AT46)/1000+(AN6-AM6)","v":-7.2759576141834259E-12},"Spare energy (TWh) if max capacity factor used",null,null,{"$f":"(N9-M9)*AC9*8760/1000","v":{"$error":"#REF!"}}]
[{"$f":"'Input data & costs'!B11","v":"2B"},{"$f":"'Input data & costs'!C11","v":"Peak Demand Management"},{"$f":"'Input data & costs'!D11","v":"Residential Demand Management"},{"$f":"'Input data & costs'!E11","v":"Demand Management"},{"$f":"'Input data & costs'!F11","v":"Residential customers are provided with information and/or incentives to shed or interrupt their load peak demand or shift their load times of lesser demand. Achieved through widespread dynamic time of use pricing (as opposed to static TOU pricing), combined with moderate adoption of programmable communicable thermostats (PCT)."},{"$f":"'Input data & costs'!H11","v":2981},{"$f":"'Input data & costs'!I11","v":20},{"$f":"IF(ISNUMBER('Input data & costs'!J11), 'Input data & costs'!J11,0)","v":0},{"$f":"'Input data & costs'!K11","v":2.74},{"$f":"'Input data & costs'!L11","v":2.4E-2},{"$f":"'Input data & costs'!M11","v":0},{"$f":"'Input data & costs'!N11","v":0.03},{"$f":"'Input data & costs'!O11","v":{"$error":"#REF!"}},{"$f":"'Input data & costs'!P11","v":{"$error":"#REF!"}},{"$f":"'Input data & costs'!Q11","v":0.95},{"$f":"'Input data & costs'!R11","v":0.05},{"$f":"'Input data & costs'!S11","v":1.115E-2},{"$f":"IF(ISNUMBER('Input data & costs'!T11),'Input data & costs'!T11,0)","v":1075.4817980841729},{"$f":"IF(ISNUMBER('Input data & costs'!U11),'Input data & costs'!U11,0)","v":0},{"$f":"IF(ISNUMBER('Input data & costs'!V11),'Input data & costs'!V11,0)","v":42.427701674277017},{"$f":"IF(ISNUMBER('Input data & costs'!W11),'Input data & costs'!W11,0)","v":0},{"$f":"IF(ISNUMBER('Input data & costs'!X11),'Input data & costs'!X11,0)","v":1075.4817980841729},1075.4822983257231,{"$f":"IF(ISNUMBER('Input data & costs'!Z11),'Input data & costs'!Z11,0)","v":1117.9100000000001},{"$f":"'Input data & costs'!AA11","v":0.29751222793317966},{"$f":"'Input data & costs'!AB11","v":1.1736842105263158E-2},{"$f":"'Input data & costs'!AC11","v":0.30924907003844282},{"$f":"'Input data & costs'!AD11","v":0.92},"",0,{"$f":"IF(AND(ISNUMBER(L10),ISNUMBER(AC10)),L10*AC10*8760/1000000,0)","v":0},0,"","","",{"$f":"IF(ISNUMBER('Output calculations'!R11), 'Output calculations'!R11*'Inbuilt input data'!AJ10,0)","v":0},null,null,null,null,null,null,null,null,null,{"$error":"#REF!"}]
[{"$f":"'Input data & costs'!B12","v":"2C"},{"$f":"'Input data & costs'!C12","v":"Peak Demand Management"},{"$f":"'Input data & costs'!D12","v":"Commercial & Industrial Standby Generation"},{"$f":"'Input data & costs'!E12","v":"Peak Clipping"},{"$f":"'Input data & costs'!F12","v":"Commercial and industrial customers are provided incentives to turn on their standby generators during demand peaks."},{"$f":"'Input data & costs'!H12","v":953},{"$f":"'Input data & costs'!I12","v":15},{"$f":"IF(ISNUMBER('Input data & costs'!J12), 'Input data & costs'!J12,0)","v":0.71485714285714297},{"$f":"'Input data & costs'!K12","v":0.28999999999999998},{"$f":"'Input data & costs'!L12","v":0},{"$f":"'Input data & costs'!M12","v":339.84999999999997},{"$f":"'Input data & costs'!N12","v":0.01},{"$f":"'Input data & costs'!O12","v":{"$error":"#REF!"}},{"$f":"'Input data & costs'!P12","v":{"$error":"#REF!"}},{"$f":"'Input data & costs'!Q12","v":0.95},{"$f":"'Input data & costs'!R12","v":0.05},{"$f":"'Input data & costs'!S12","v":1.115E-2},{"$f":"IF(ISNUMBER('Input data & costs'!T12),'Input data & costs'!T12,0)","v":363.47535574534123},{"$f":"IF(ISNUMBER('Input data & costs'!U12),'Input data & costs'!U12,0)","v":339.84999999999997},{"$f":"IF(ISNUMBER('Input data & costs'!V12),'Input data & costs'!V12,0)","v":127.28310502283104},{"$f":"IF(ISNUMBER('Input data & costs'!W12),'Input data & costs'!W12,0)","v":16.441714285714287},{"$f":"IF(ISNUMBER('Input data & costs'!X12),'Input data & costs'!X12,0)","v":703.3253557453412},719.76689497716893,{"$f":"IF(ISNUMBER('Input data & costs'!Z12),'Input data & costs'!Z12,0)","v":847.05},{"$f":"'Input data & costs'!AA12","v":3.3516253856096731E-2},{"$f":"'Input data & costs'!AB12","v":1.1736842105263158E-2},{"$f":"'Input data & costs'!AC12","v":4.5253095961359888E-2},{"$f":"'Input data & costs'!AD12","v":0.20514285714285707},"",0,{"$f":"IF(AND(ISNUMBER(L11),ISNUMBER(AC11)),L11*AC11*8760/1000000,0)","v":0},0,"","","",{"$f":"IF(ISNUMBER('Output calculations'!R12), 'Output calculations'!R12*'Inbuilt input data'!AJ11,0)","v":0},null,null,null,null,null,"Cost breakdown","Billions$2010, annualised",null,null,{"$error":"#REF!"}]
[{"$f":"'Input data & costs'!B13","v":"3A"},{"$f":"'Input data & costs'!C13","v":"Cogeneration (and Trigeneration)"},{"$f":"'Input data & costs'!D13","v":"Industrial Cogeneration"},{"$f":"'Input data & costs'!E13","v":"Natural Gas"},{"$f":"'Input data & costs'!F13","v":"Gas turbine at an industrial facility, where in addition to using the electricity generated, the useful heat is used for industrial heating loads."},{"$f":"'Input data & costs'!H13","v":2483},{"$f":"'Input data & costs'!I13","v":30},{"$f":"IF(ISNUMBER('Input data & costs'!J13), 'Input data & costs'!J13,0)","v":0.22905055487053022},{"$f":"'Input data & costs'!K13","v":1.5529999999999999},{"$f":"'Input data & costs'!L13","v":0.02},{"$f":"'Input data & costs'!M13","v":34.072749691738593},{"$f":"'Input data & costs'!N13","v":0.7},{"$f":"'Input data & costs'!O13","v":{"$error":"#REF!"}},{"$f":"'Input data & costs'!P13","v":{"$error":"#REF!"}},{"$f":"'Input data & costs'!Q13","v":0.95},{"$f":"'Input data & costs'!R13","v":0.25},{"$f":"'Input data & costs'!S13","v":5.5750000000000001E-2},{"$f":"IF(ISNUMBER('Input data & costs'!T13),'Input data & costs'!T13,0)","v":23.671018371290881},{"$f":"IF(ISNUMBER('Input data & costs'!U13),'Input data & costs'!U13,0)","v":34.072749691738593},{"$f":"IF(ISNUMBER('Input data & costs'!V13),'Input data & costs'!V13,0)","v":9.0916503587736468},{"$f":"IF(ISNUMBER('Input data & costs'!W13),'Input data & costs'!W13,0)","v":5.2681627620221949},{"$f":"IF(ISNUMBER('Input data & costs'!X13),'Input data & costs'!X13,0)","v":57.743768063029478},63.008349641226346,{"$f":"IF(ISNUMBER('Input data & costs'!Z13),'Input data & costs'!Z13,0)","v":72.099999999999994},{"$f":"'Input data & costs'!AA13","v":0.15279019437132177},{"$f":"'Input data & costs'!AB13","v":5.868421052631579E-2},{"$f":"'Input data & costs'!AC13","v":0.21147440489763755},{"$f":"'Input data & costs'!AD13","v":0.69094944512946976},"",0,0,0,"","","",{"$f":"IF(ISNUMBER('Output calculations'!R13), 'Output calculations'!R13*'Inbuilt input data'!AJ12,0)","v":0},null,null,null,null,null,"Total capital costs",{"$f":"R47","v":3.1019456184305456},null,null,{"$f":"(N12-M12)*AC12*8760/1000","v":{"$error":"#REF!"}}]
[{"$f":"'Input data & costs'!B14","v":"3B"},{"$f":"'Input data & costs'!C14","v":"Cogeneration (and Trigeneration)"},{"$f":"'Input data & costs'!D14","v":"Commercial Trigeneration"},{"$f":"'Input data & costs'!E14","v":"Natural Gas"},{"$f":"'Input data & costs'!F14","v":"Gas turbine at a commercial site, where in addition to using the electricity generated, the useful heat is used for heating loads. D-CODE data includes the electricity generation component and the demand reduction component."},{"$f":"'Input data & costs'!H14","v":1343},{"$f":"'Input data & costs'!I14","v":20},{"$f":"IF(ISNUMBER('Input data & costs'!J14), 'Input data & costs'!J14,0)","v":0.32589473684210529},{"$f":"'Input data & costs'!K14","v":2.2999999999999998},{"$f":"'Input data & costs'!L14","v":0},{"$f":"'Input data & costs'!M14","v":69.84210526315789},{"$f":"'Input data & costs'!N14","v":0.44},{"$f":"'Input data & costs'!O14","v":{"$error":"#REF!"}},{"$f":"'Input data & costs'!P14","v":{"$error":"#REF!"}},{"$f":"'Input data & costs'!Q14","v":0.95},{"$f":"'Input data & costs'!R14","v":0.25},{"$f":"'Input data & costs'!S14","v":5.5750000000000001E-2},{"$f":"IF(ISNUMBER('Input data & costs'!T14),'Input data & costs'!T14,0)","v":56.326206208356176},{"$f":"IF(ISNUMBER('Input data & costs'!U14),'Input data & costs'!U14,0)","v":69.84210526315789},{"$f":"IF(ISNUMBER('Input data & costs'!V14),'Input data & costs'!V14,0)","v":14.463989207139893},{"$f":"IF(ISNUMBER('Input data & costs'!W14),'Input data & costs'!W14,0)","v":7.495578947368422},{"$f":"IF(ISNUMBER('Input data & costs'!X14),'Input data & costs'!X14,0)","v":126.16831147151407},133.66601079286011,{"$f":"IF(ISNUMBER('Input data & costs'!Z14),'Input data & costs'!Z14,0)","v":148.13},{"$f":"'Input data & costs'!AA14","v":0.22853024127314533},{"$f":"'Input data & costs'!AB14","v":5.868421052631579E-2},{"$f":"'Input data & costs'!AC14","v":0.28721445179946115},{"$f":"'Input data & costs'!AD14","v":0.59410526315789469},"",0,{"$f":"IF(AND(ISNUMBER(L13),ISNUMBER(AC13)),L13*AC13*8760/1000000,0)","v":0},0,"","","",{"$f":"IF(ISNUMBER('Output calculations'!R14), 'Output calculations'!R14*'Inbuilt input data'!AJ13,0)","v":0},null,null,null,null,null,"Total fuel and operation costs",{"$f":"S47","v":0.48145327539525179},null,null,{"$error":"#REF!"}]
[{"$f":"'Input data & costs'!B15","v":"3C"},{"$f":"'Input data & costs'!C15","v":"Cogeneration (and Trigeneration)"},{"$f":"'Input data & costs'!D15","v":"Residential Cogeneration"},{"$f":"'Input data & costs'!E15","v":"Natural Gas"},{"$f":"'Input data & costs'!F15","v":"Gas turbine in a residential area, where in addition to using the electricity generated, the useful heat is used for heating loads. D-CODE data includes the electricity generation component and the demand reduction component."},{"$f":"'Input data & costs'!H15","v":612},{"$f":"'Input data & costs'!I15","v":25},{"$f":"IF(ISNUMBER('Input data & costs'!J15), 'Input data & costs'!J15,0)","v":0.28360305343511455},{"$f":"'Input data & costs'!K15","v":3.97},{"$f":"'Input data & costs'!L15","v":0.06},{"$f":"'Input data & costs'!M15","v":93.363844393592686},{"$f":"'Input data & costs'!N15","v":0.41599999999999998},{"$f":"'Input data & costs'!O15","v":{"$error":"#REF!"}},{"$f":"'Input data & costs'!P15","v":{"$error":"#REF!"}},{"$f":"'Input data & costs'!Q15","v":0.95},{"$f":"'Input data & costs'!R15","v":0.25},{"$f":"'Input data & costs'!S15","v":5.5750000000000001E-2},{"$f":"IF(ISNUMBER('Input data & costs'!T15),'Input data & costs'!T15,0)","v":109.94790386976493},{"$f":"IF(ISNUMBER('Input data & costs'!U15),'Input data & costs'!U15,0)","v":93.363844393592686},{"$f":"IF(ISNUMBER('Input data & costs'!V15),'Input data & costs'!V15,0)","v":15.298450122936424},{"$f":"IF(ISNUMBER('Input data & costs'!W15),'Input data & costs'!W15,0)","v":6.5228702290076344},{"$f":"IF(ISNUMBER('Input data & costs'!X15),'Input data & costs'!X15,0)","v":203.31174826335763},209.83154987706357,{"$f":"IF(ISNUMBER('Input data & costs'!Z15),'Input data & costs'!Z15,0)","v":225.13},{"$f":"'Input data & costs'!AA15","v":0.42175552985899217},{"$f":"'Input data & costs'!AB15","v":5.868421052631579E-2},{"$f":"'Input data & costs'!AC15","v":0.48043974038530796},{"$f":"'Input data & costs'!AD15","v":0.63639694656488555},"",0,0,0,"","","",{"$f":"IF(ISNUMBER('Output calculations'!R15), 'Output calculations'!R15*'Inbuilt input data'!AJ14,0)","v":0},null,null,null,null,null,"Total network costs",{"$f":"T47","v":2.9683023450577668},null,null,{"$error":"#REF!"}]
[{"$f":"'Input data & costs'!B16","v":"4A"},{"$f":"'Input data & costs'!C16","v":"Bioenergy"},{"$f":"'Input data & costs'!D16","v":"Refuse Derived Fuel (RDF) to energy"},{"$f":"'Input data & costs'!E16","v":"Bioenergy"},{"$f":"'Input data & costs'!F16","v":"Electricity generated from non-recyclable wood waste, paper and plastic"},{"$f":"'Input data & costs'!H16","v":587},{"$f":"'Input data & costs'!I16","v":30},{"$f":"IF(ISNUMBER('Input data & costs'!J16), 'Input data & costs'!J16,0)","v":2.4E-2},{"$f":"'Input data & costs'!K16","v":4.5},{"$f":"'Input data & costs'!L16","v":0.04},{"$f":"'Input data & costs'!M16","v":35},{"$f":"'Input data & costs'!N16","v":0.86},{"$f":"'Input data & costs'!O16","v":{"$error":"#REF!"}},{"$f":"'Input data & costs'!P16","v":{"$error":"#REF!"}},{"$f":"'Input data & costs'!Q16","v":0.95},{"$f":"'Input data & costs'!R16","v":0.2},{"$f":"'Input data & costs'!S16","v":4.4600000000000001E-2},{"$f":"IF(ISNUMBER('Input data & costs'!T16),'Input data & costs'!T16,0)","v":53.445738531379483},{"$f":"IF(ISNUMBER('Input data & costs'!U16),'Input data & costs'!U16,0)","v":35},{"$f":"IF(ISNUMBER('Input data & costs'!V16),'Input data & costs'!V16,0)","v":5.9201444196665607},{"$f":"IF(ISNUMBER('Input data & costs'!W16),'Input data & costs'!W16,0)","v":0.55200000000000005},{"$f":"IF(ISNUMBER('Input data & costs'!X16),'Input data & costs'!X16,0)","v":88.445738531379476},88.999855580333445,{"$f":"IF(ISNUMBER('Input data & costs'!Z16),'Input data & costs'!Z16,0)","v":94.92},{"$f":"'Input data & costs'!AA16","v":0.42383033242105311},{"$f":"'Input data & costs'!AB16","v":4.6947368421052633E-2},{"$f":"'Input data & costs'!AC16","v":0.47077770084210574},{"$f":"'Input data & costs'!AD16","v":0.89600000000000002},587,557.65,4.4222232000000004,-3.9623119872000006,1,6.2383010354156485E-2,1.1169008788528928E-4,{"$f":"IF(ISNUMBER('Output calculations'!R16), 'Output calculations'!R16*'Inbuilt input data'!AJ15,0)","v":557.65},null,null,null,null,null,"Total carbon costs",{"$f":"U47","v":9.9346822492269546E-2},null,null,{"$error":"#REF!"}]
[{"$f":"'Input data & costs'!B17","v":"4B"},{"$f":"'Input data & costs'!C17","v":"Bioenergy"},{"$f":"'Input data & costs'!D17","v":"Agricultural Biogas"},{"$f":"'Input data & costs'!E17","v":"Bioenergy"},{"$f":"'Input data & costs'!F17","v":"Electricity generated by burning biogas which is produced from agricultural sources, such as digesting livestock waste."},{"$f":"'Input data & costs'!H17","v":106},{"$f":"'Input data & costs'!I17","v":25},{"$f":"IF(ISNUMBER('Input data & costs'!J17), 'Input data & costs'!J17,0)","v":5.2457142857142855E-2},{"$f":"'Input data & costs'!K17","v":2.7719999999999998},{"$f":"'Input data & costs'!L17","v":0.22},{"$f":"'Input data & costs'!M17","v":31.96},{"$f":"'Input data & costs'!N17","v":0.85},{"$f":"'Input data & costs'!O17","v":{"$error":"#REF!"}},{"$f":"'Input data & costs'!P17","v":{"$error":"#REF!"}},{"$f":"'Input data & costs'!Q17","v":0.95},{"$f":"'Input data & costs'!R17","v":0.75},{"$f":"'Input data & costs'!S17","v":0.16725000000000001},{"$f":"IF(ISNUMBER('Input data & costs'!T17),'Input data & costs'!T17,0)","v":61.491640308311183},{"$f":"IF(ISNUMBER('Input data & costs'!U17),'Input data & costs'!U17,0)","v":31.96},{"$f":"IF(ISNUMBER('Input data & costs'!V17),'Input data & costs'!V17,0)","v":22.461724415793714},{"$f":"IF(ISNUMBER('Input data & costs'!W17),'Input data & costs'!W17,0)","v":1.2065142857142857},{"$f":"IF(ISNUMBER('Input data & costs'!X17),'Input data & costs'!X17,0)","v":93.451640308311184},94.658275584206294,{"$f":"IF(ISNUMBER('Input data & costs'!Z17),'Input data & costs'!Z17,0)","v":117.12},{"$f":"'Input data & costs'!AA17","v":0.48196500393230013},{"$f":"'Input data & costs'!AB17","v":0.17605263157894738},{"$f":"'Input data & costs'!AC17","v":0.65801763551124748},{"$f":"'Input data & costs'!AD17","v":0.86754285714285717},106,100.69999999999999,0.78927599999999998,-0.68473075611428569,1,1.1265075123578511E-2,1.9934386352491113E-5,{"$f":"IF(ISNUMBER('Output calculations'!R17), 'Output calculations'!R17*'Inbuilt input data'!AJ16,0)","v":100.69999999999999},null,null,null,null,null,"Annualised cost (negative = savings) from displacing existing generation",{"$f":"-'Avoided generation assumptions'!#REF!/1000","v":{"$error":"#REF!"}},null,null,{"$error":"#REF!"}]
[{"$f":"'Input data & costs'!B18","v":"4C"},{"$f":"'Input data & costs'!C18","v":"Bioenergy"},{"$f":"'Input data & costs'!D18","v":"Biomass Plant"},{"$f":"'Input data & costs'!E18","v":"Bioenergy"},{"$f":"'Input data & costs'!F18","v":"Electricity generated by burning biomass, specifically forestry and sawmill residues and energy crops such as camphor laurel, oil mallee, eucalyptus and Enercane."},{"$f":"'Input data & costs'!H18","v":362},{"$f":"'Input data & costs'!I18","v":30},{"$f":"IF(ISNUMBER('Input data & costs'!J18), 'Input data & costs'!J18,0)","v":2.0571428571428574E-2},{"$f":"'Input data & costs'!K18","v":3.5},{"$f":"'Input data & costs'!L18","v":0.16},{"$f":"'Input data & costs'!M18","v":36.36},{"$f":"'Input data & costs'!N18","v":0.81},{"$f":"'Input data & costs'!O18","v":{"$error":"#REF!"}},{"$f":"'Input data & costs'!P18","v":{"$error":"#REF!"}},{"$f":"'Input data & costs'!Q18","v":0.95},{"$f":"'Input data & costs'!R18","v":0.75},{"$f":"'Input data & costs'!S18","v":0.16725000000000001},{"$f":"IF(ISNUMBER('Input data & costs'!T18),'Input data & costs'!T18,0)","v":62.299511287120076},{"$f":"IF(ISNUMBER('Input data & costs'!U18),'Input data & costs'!U18,0)","v":36.36},{"$f":"IF(ISNUMBER('Input data & costs'!V18),'Input data & costs'!V18,0)","v":23.570945374598342},{"$f":"IF(ISNUMBER('Input data & costs'!W18),'Input data & costs'!W18,0)","v":0.4731428571428572},{"$f":"IF(ISNUMBER('Input data & costs'!X18),'Input data & costs'!X18,0)","v":98.659511287120068},99.129054625401665,{"$f":"IF(ISNUMBER('Input data & costs'!Z18),'Input data & costs'!Z18,0)","v":122.7},{"$f":"'Input data & costs'!AA18","v":0.46531832872514661},{"$f":"'Input data & costs'!AB18","v":0.17605263157894738},{"$f":"'Input data & costs'!AC18","v":0.64137096030409402},{"$f":"'Input data & costs'!AD18","v":0.89942857142857147},0,0,0,0,0,0,0,{"$f":"IF(ISNUMBER('Output calculations'!R18), 'Output calculations'!R18*'Inbuilt input data'!AJ17,0)","v":343.9},null,null,null,null,null,"total costs",{"$f":"SUM(AQ12:AQ16)","v":{"$error":"#REF!"}},null,null,{"$f":"(N17-M17)*AC17*8760/1000","v":{"$error":"#REF!"}}]
[{"$f":"'Input data & costs'!B19","v":"4D"},{"$f":"'Input data & costs'!C19","v":"Bioenergy"},{"$f":"'Input data & costs'!D19","v":"Biomass Cogen"},{"$f":"'Input data & costs'!E19","v":"Bioenergy"},{"$f":"'Input data & costs'!F19","v":"Burning biomass, specifically sugar cane bagasse, where in addition to using the electricity generated, the useful heat is used for heat processing."},{"$f":"'Input data & costs'!H19","v":514},{"$f":"'Input data & costs'!I19","v":30},{"$f":"IF(ISNUMBER('Input data & costs'!J19), 'Input data & costs'!J19,0)","v":1.542857142857143E-2},{"$f":"'Input data & costs'!K19","v":3.75},{"$f":"'Input data & costs'!L19","v":0.16},{"$f":"'Input data & costs'!M19","v":0},{"$f":"'Input data & costs'!N19","v":0.45},{"$f":"'Input data & costs'!O19","v":{"$error":"#REF!"}},{"$f":"'Input data & costs'!P19","v":{"$error":"#REF!"}},{"$f":"'Input data & costs'!Q19","v":0.5},{"$f":"'Input data & costs'!R19","v":0.3},{"$f":"'Input data & costs'!S19","v":6.6900000000000001E-2},{"$f":"IF(ISNUMBER('Input data & costs'!T19),'Input data & costs'!T19,0)","v":117.24987650093024},{"$f":"IF(ISNUMBER('Input data & costs'!U19),'Input data & costs'!U19,0)","v":0},{"$f":"IF(ISNUMBER('Input data & costs'!V19),'Input data & costs'!V19,0)","v":16.971080669710808},{"$f":"IF(ISNUMBER('Input data & costs'!W19),'Input data & costs'!W19,0)","v":0.35485714285714287},{"$f":"IF(ISNUMBER('Input data & costs'!X19),'Input data & costs'!X19,0)","v":117.24987650093024},117.60891933028921,{"$f":"IF(ISNUMBER('Input data & costs'!Z19),'Input data & costs'!Z19,0)","v":134.58000000000001},{"$f":"'Input data & costs'!AA19","v":0.92439802633333401},{"$f":"'Input data & costs'!AB19","v":0.1338},{"$f":"'Input data & costs'!AC19","v":1.0581980263333339},{"$f":"'Input data & costs'!AD19","v":0.90457142857142858},0,0,0,0,0,0,0,{"$f":"IF(ISNUMBER('Output calculations'!R19), 'Output calculations'!R19*'Inbuilt input data'!AJ18,0)","v":257},null,null,null,null,null,null,null,null,null,{"$error":"#REF!"}]
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[null,null,"Optimal Mix","BAU","Scenario #"]
[null,null,"Enter here","Enter here","Scenario name"]
[null,null,"Enter description here","Enter description here","Description"]
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[null,null,{"$f":"C18/C17","v":-0.10232881469332636},{"$f":"D18/D17","v":0},"Percentage reduction in peak demand from BAU"]
[null,null,null,null,"Peak supply MWp, Analysis year"]
[null,null,{"$f":"SUMPRODUCT('Peak Supply data'!B13:J13,'Peak Supply data'!B65:J65)","v":52434.299999999996},{"$f":"SUMPRODUCT('Peak Supply data'!B13:J13,'Peak Supply data'!B65:J65)","v":52434.299999999996},"2011 peak capacity of existing generators, MWp"]
[null,null,{"$f":"C24-C22","v":552},{"$f":"D24-D22","v":552},"Change in peak capacity, between 2011 and analysis year, MWp"]
[null,null,{"$f":"'Peak Supply data'!I5","v":52986.299999999996},{"$f":"'Peak Supply data'!I5","v":52986.299999999996},"Total peak capacity of existing generators, analysis year MWp"]
[null,null,{"$f":"SUM('Optimal Mix Calculator'!AD5:AD46)-C64","v":2602.3764604675789},{"$f":"SUM('BAU calculator'!AD5:AD46)-D64","v":8939.1325752660578},"Modelled additional peak capacity, MWp"]
[null,null,{"$f":"C24+C25","v":55588.676460467577},{"$f":"D24+D25","v":61925.432575266052},"Total system peak supply, Mwp"]
[null,null,{"$f":"C25/C24","v":4.9114138191713314E-2},{"$f":"D25/D24","v":0.16870648781413419},"Percentage increase in peak supply, MWp"]
[]
[null,"Annual Energy demand/supply",null,null,"Annual Energy demand GWh"]
[null,null,{"$f":"'Demand data'!$L$9","v":279699.97977450344},{"$f":"'Demand data'!$L$9","v":279699.97977450344},"BAU 2020 energy demand GWh"]
[null,null,{"$f":"-C69","v":-19142.359270832214},{"$f":"-D69","v":0},"Energy demand reduction GWh"]
[null,null,{"$f":"SUM(C30:C31)","v":260557.62050367123},{"$f":"SUM(D30:D31)","v":279699.97977450344},"Total system energy demand GWh"]
[null,null,{"$f":"C31/C30","v":-6.8438901162112889E-2},{"$f":"D31/D30","v":0},"Percentage reduction in energy demand from BAU"]
[null,null,null,null,"Annual energy supply GWh"]
[null,null,{"$f":"SUMPRODUCT('Generation data'!B16:J16,'Peak Supply data'!B65:J65)","v":237821.5},{"$f":"SUMPRODUCT('Generation data'!B16:J16,'Peak Supply data'!B65:J65)","v":237821.5},"2011 generation of existing generators, GWh"]
[null,null,{"$f":"C37-C35","v":2284.7854393192683},{"$f":"D37-D35","v":2284.7854393192683},"Change in generation potential, between 2011 and analysis year, GWh"]
[null,null,{"$f":"'Generation data'!G9","v":240106.28543931927},{"$f":"'Generation data'!G9","v":240106.28543931927},"Total potential provided by existing capacity, analysis year, GWh"]
[null,null,{"$f":"C32-C39","v":233786.09235783768},{"$f":"D32-D39","v":240106.28543931927},"Total required supply from existing generators, analysis year, GWh"]
[null,null,{"$f":"(SUM('Optimal Mix Calculator'!AE15:AE46,'Optimal Mix Calculator'!AE12)+('Optimal Mix Calculator'!AE14-'Optimal Mix Calculator'!AE14*(1-1/1.224))+('Optimal Mix Calculator'!AE13-'Optimal Mix Calculator'!AE13*(1-1/1.175)))*1000","v":26771.528145833556},{"$f":"SUM('BAU calculator'!AE5:AE46)*1000","v":39593.694335184169},"Modelled supply side generation, GWh"]
[null,null,{"$f":"C38+C39","v":260557.62050367123},{"$f":"D38+D39","v":279699.97977450344},"Total annual energy supply GWh"]
[]
[null,"Forced avoided generation"]
[null,null,{"$f":"IF(C30>C37,C37-C38,C30-C38)","v":6320.193081481586},{"$f":"IF(D30>D37,D37-D38,D30-D38)","v":0},"Avoided generation from forced deployment, GWh"]
[null,null,{"$f":"'Avoided generation assumptions'!D33","v":6.4234289403570015},{"$f":"'Avoided generation assumptions'!E33","v":0},"Avoided emissions Mt CO2/yr"]
[null,null,{"$f":"'Avoided generation assumptions'!D31","v":0.14198465847756228},{"$f":"'Avoided generation assumptions'!E31","v":0},"Avoided variable cost ($billion/yr)"]
[null,null,{"$f":"'Avoided generation assumptions'!D32","v":0.14773886562821101},{"$f":"'Avoided generation assumptions'!E32","v":0},"Avoided carbon cost ($billion/yr)"]
[]
[null,"Emissions",{"$f":"SUMPRODUCT('Optimal Mix Calculator'!AE5:AE46,'Optimal Mix Calculator'!H5:H46)","v":0.34095815667155127},{"$f":"SUMPRODUCT('BAU calculator'!AE5:AE46,'BAU calculator'!H5:H46)","v":4.3194270648812845},"Emissions of added generation MtCO2"]
[null,null,{"$f":"'Generation data'!$G$9*'Standard emissions rate data'!$C$3/1000-'Avoided generation assumptions'!D36","v":215.94659066268113},{"$f":"'Generation data'!$G$9*'Standard emissions rate data'!$C$3/1000-'Avoided generation assumptions'!E36","v":222.37001960303814},"Emissions of existing generation MtCO2"]
[null,null,{"$f":"SUM(C48:C49)","v":216.28754881935268},{"$f":"SUM(D48:D49)","v":226.68944666791944},"Total emissions, MtCO2"]
[null,null,{"$f":"C50/C40*1000","v":0.83009488803765463},{"$f":"D50/D40*1000","v":0.81047358977529582},"Standard emissions rate, kgCO2/KWh"]
[null,null,{"$f":"-($D$50-C50)/$D$50","v":-4.5886114247764911E-2},{"$f":"($D$50-D50)/$D$50","v":0},"Compared to BAU, analysis year"]
[null,null,{"$f":"(C50-$C$56)/$C$56","v":4.5526339940902161E-2},{"$f":"(D50-$C$56)/$C$56","v":9.5808745217659599E-2},"Compared to 2010 (forecast) emissions"]
[null,null,{"$f":"-($C$57-C$50)/$C$57","v":0.67069016545151139},{"$f":"-($C$57-D$50)/$C$57","v":0.75103851898593721},"Compared to 1990 emissions"]
[]
[null,null,{"$f":"SUMPRODUCT('Standard emissions rate data'!C86:K86,'Standard emissions rate data'!C88:K88)","v":206.86953599999998},{"$f":"SUMPRODUCT('Standard emissions rate data'!C86:K86,'Standard emissions rate data'!C88:K88)","v":206.86953599999998},"2010 emissions*"]
[null,null,{"$f":"SUMPRODUCT('Standard emissions rate data'!C85:K85,'Standard emissions rate data'!C88:K88)","v":129.46},{"$f":"SUMPRODUCT('Standard emissions rate data'!C85:K85,'Standard emissions rate data'!C88:K88)","v":129.46},"1990 emissions**"]
[]
[null,"Demand reduction, \nby sector"]
[null,null,null,null,"By sector - MWp reduction"]
[null,null,{"$f":"('Optimal Mix Calculator'!AD5+'Optimal Mix Calculator'!AD5/2)","v":4381.3320964951699},{"$f":"('BAU calculator'!AD5+'BAU calculator'!AD5/2)","v":0},"Industrial"]
[null,null,{"$f":"('Optimal Mix Calculator'!AD6+'Optimal Mix Calculator'!AD9/2)+'Optimal Mix Calculator'!AD13*(1-1/1.175)","v":972.32499999999993},{"$f":"('BAU calculator'!AD6+'BAU calculator'!AD9/2)+'BAU calculator'!AD13*(1-1/1.175)","v":0},"Commercial "]
[null,null,{"$f":"SUM('Optimal Mix Calculator'!AD10,'Optimal Mix Calculator'!AD7:'Optimal Mix Calculator'!AD8)+'Optimal Mix Calculator'!AD14*(1-1/1.224)","v":983.09901830330534},{"$f":"SUM('BAU calculator'!AD10,'BAU calculator'!AD7:'BAU calculator'!AD8)+'BAU calculator'!AD14*(1-1/1.224)","v":0},"Residential "]
[null,null,{"$f":"SUM(C61:C63)","v":6336.7561147984752},{"$f":"SUM(D61:D63)","v":0},"Total"]
[null,null,null,null,"By sector - GWh reduction"]
[null,null,{"$f":"('Optimal Mix Calculator'!AE5+'Optimal Mix Calculator'!AE9/2)*1000","v":16662.241638295665},{"$f":"('BAU calculator'!AE5+'BAU calculator'!AE9/2)*1000","v":0},"Industrial"]
[null,null,{"$f":"('Optimal Mix Calculator'!AE6+'Optimal Mix Calculator'!AE9/2)*1000+'Optimal Mix Calculator'!AE13*(1-1/1.175)*1000","v":30.704999999999998},{"$f":"('BAU calculator'!AE6+'BAU calculator'!AE9/2)*1000+'BAU calculator'!AE13*(1-1/1.175)*1000","v":0},"Commercial "]
[null,null,{"$f":"SUM('Optimal Mix Calculator'!AE10,'Optimal Mix Calculator'!AE7:'Optimal Mix Calculator'!AE8)*1000+'Optimal Mix Calculator'!AE14*(1-1/1.224)*1000","v":2449.4126325365473},{"$f":"SUM('BAU calculator'!AE10,'BAU calculator'!AE7:'BAU calculator'!AE8)*1000+'BAU calculator'!AE14*(1-1/1.224)*1000","v":0},"Residential "]
[null,null,{"$f":"SUM(C66:C68)","v":19142.359270832214},{"$f":"SUM(D66:D68)","v":0},"Total"]
[]
[]
[null," MW capacity, modelled",{"$f":"'Optimal Mix Calculator'!AC5","v":2920.8880643301131},{"$f":"'BAU calculator'!AC5","v":""},{"$f":"'Optimal Mix Calculator'!C5","v":"Industrial Energy Efficiency"}]
[null,null,{"$f":"'Optimal Mix Calculator'!AC6","v":0},{"$f":"'BAU calculator'!AC6","v":""},{"$f":"'Optimal Mix Calculator'!C6","v":"Commercial Energy Efficiency"}]
[null,null,{"$f":"'Optimal Mix Calculator'!AC7","v":983.09901830330534},{"$f":"'BAU calculator'!AC7","v":""},{"$f":"'Optimal Mix Calculator'!C7","v":"Residential Energy Efficiency"}]
[null,null,{"$f":"'Optimal Mix Calculator'!AC8","v":0},{"$f":"'BAU calculator'!AC8","v":""},{"$f":"'Optimal Mix Calculator'!C8","v":"Residential Hot Water"}]
[null,null,{"$f":"'Optimal Mix Calculator'!AC9","v":2047},{"$f":"'BAU calculator'!AC9","v":""},{"$f":"'Optimal Mix Calculator'!C9","v":"Commercial & Industrial Demand Management"}]
[null,null,{"$f":"'Optimal Mix Calculator'!AC10","v":0},{"$f":"'BAU calculator'!AC10","v":""},{"$f":"'Optimal Mix Calculator'!C10","v":"Residential Demand Management"}]
[null,null,{"$f":"'Optimal Mix Calculator'!AC11","v":67.064668769228561},{"$f":"'BAU calculator'!AC11","v":""},{"$f":"'Optimal Mix Calculator'!C11","v":"Commercial & Industrial Standby Generation"}]
[null,null,{"$f":"'Optimal Mix Calculator'!AC12","v":0},{"$f":"'BAU calculator'!AC12","v":""},{"$f":"'Optimal Mix Calculator'!C12","v":"Industrial Cogeneration"}]
[null,null,{"$f":"'Optimal Mix Calculator'!AC13","v":0},{"$f":"'BAU calculator'!AC13","v":""},{"$f":"'Optimal Mix Calculator'!C13","v":"Commercial Trigeneration"}]
[null,null,{"$f":"'Optimal Mix Calculator'!AC14","v":0},{"$f":"'BAU calculator'!AC14","v":""},{"$f":"'Optimal Mix Calculator'!C14","v":"Residential Cogeneration"}]
[null,null,{"$f":"'Optimal Mix Calculator'!AC15","v":587},{"$f":"'BAU calculator'!AC15","v":587},{"$f":"'Optimal Mix Calculator'!C15","v":"Refuse Derived Fuel (RDF) to energy"}]
[null,null,{"$f":"'Optimal Mix Calculator'!AC16","v":106},{"$f":"'BAU calculator'!AC16","v":106},{"$f":"'Optimal Mix Calculator'!C16","v":"Agricultural Biogas"}]
[null,null,{"$f":"'Optimal Mix Calculator'!AC17","v":362},{"$f":"'BAU calculator'!AC17","v":0},{"$f":"'Optimal Mix Calculator'!C17","v":"Biomass Plant"}]
[null,null,{"$f":"'Optimal Mix Calculator'!AC18","v":514},{"$f":"'BAU calculator'!AC18","v":0},{"$f":"'Optimal Mix Calculator'!C18","v":"Biomass Cogen"}]
[null,null,{"$f":"'Optimal Mix Calculator'!AC19","v":148},{"$f":"'BAU calculator'!AC19","v":148},{"$f":"'Optimal Mix Calculator'!C19","v":"Landfill gas"}]
[null,null,{"$f":"'Optimal Mix Calculator'!AC20","v":118},{"$f":"'BAU calculator'!AC20","v":118},{"$f":"'Optimal Mix Calculator'!C20","v":"Sewage gas (Municipal water)"}]
[null,null,{"$f":"'Optimal Mix Calculator'!AC21","v":0},{"$f":"'BAU calculator'!AC21","v":545},{"$f":"'Optimal Mix Calculator'!C21","v":"Improved Hydro Efficiency "}]
[null,null,{"$f":"'Optimal Mix Calculator'!AC22","v":0},{"$f":"'BAU calculator'!AC22","v":0},{"$f":"'Optimal Mix Calculator'!C22","v":"Wind (offshore)"}]
[null,null,{"$f":"'Optimal Mix Calculator'!AC23","v":1538.0300540879166},{"$f":"'BAU calculator'!AC23","v":7253.3448140900191},{"$f":"'Optimal Mix Calculator'!C23","v":"Wind (onshore)"}]
[null,null,{"$f":"'Optimal Mix Calculator'!AC24","v":0},{"$f":"'BAU calculator'!AC24","v":0},{"$f":"'Optimal Mix Calculator'!C24","v":"Solar Thermal (with storage)"}]
[null,null,{"$f":"'Optimal Mix Calculator'!AC25","v":""},{"$f":"'BAU calculator'!AC25","v":""},{"$f":"'Optimal Mix Calculator'!C25","v":"Concentrating solar PV"}]
[null,null,{"$f":"'Optimal Mix Calculator'!AC26","v":0},{"$f":"'BAU calculator'!AC26","v":0},{"$f":"'Optimal Mix Calculator'!C26","v":"Solar PV (grid connected)"}]
[null,null,{"$f":"'Optimal Mix Calculator'!AC27","v":1376},{"$f":"'BAU calculator'!AC27","v":0},{"$f":"'Optimal Mix Calculator'!C27","v":"Geothermal - Hot Dry Rock"}]
[null,null,{"$f":"'Optimal Mix Calculator'!AC28","v":0},{"$f":"'BAU calculator'!AC28","v":0},{"$f":"'Optimal Mix Calculator'!C28","v":"Ocean (tidal)"}]
[null,null,{"$f":"'Optimal Mix Calculator'!AC29","v":0},{"$f":"'BAU calculator'!AC29","v":""},{"$f":"'Optimal Mix Calculator'!C29","v":"Large scale batteries"}]
[null,null,{"$f":"'Optimal Mix Calculator'!AC30","v":0},{"$f":"'BAU calculator'!AC30","v":""},{"$f":"'Optimal Mix Calculator'!C30","v":"Small scale batteries"}]
[null,null,{"$f":"'Optimal Mix Calculator'!AC31","v":0},{"$f":"'BAU calculator'!AC31","v":0},{"$f":"'Optimal Mix Calculator'!C31","v":"Combined Cycle Gas Turbine"}]
[null,null,{"$f":"'Optimal Mix Calculator'!AC32","v":0},{"$f":"'BAU calculator'!AC32","v":5954.1738644550805},{"$f":"'Optimal Mix Calculator'!C32","v":"Open Cycle Gas Turbine"}]
[null,null,{"$f":"'Optimal Mix Calculator'!AC33","v":0},{"$f":"'BAU calculator'!AC33","v":604.49037277008267},{"$f":"'Optimal Mix Calculator'!C33","v":"Supercritical black coal (dry cool)"}]
[null,null,{"$f":"'Optimal Mix Calculator'!AC34","v":0},{"$f":"'BAU calculator'!AC34","v":0},{"$f":"'Optimal Mix Calculator'!C34","v":"Supercritical brown coal (dry cool)"}]
[null,null,{"$f":"'Optimal Mix Calculator'!AC35","v":0},{"$f":"'BAU calculator'!AC35","v":288},{"$f":"'Optimal Mix Calculator'!C35","v":"Improved power station efficiency - black coal"}]
[null,null,{"$f":"'Optimal Mix Calculator'!AC36","v":0},{"$f":"'BAU calculator'!AC36","v":229},{"$f":"'Optimal Mix Calculator'!C36","v":"Improved power station efficiency - brown coal"}]
[null,null,{"$f":"'Optimal Mix Calculator'!AC37","v":0},{"$f":"'BAU calculator'!AC37","v":0},{"$f":"'Optimal Mix Calculator'!C37","v":"IGCC with CCS"}]
[null,null,{"$f":"'Optimal Mix Calculator'!AC38","v":""},{"$f":"'BAU calculator'!AC38","v":""},{"$f":"'Optimal Mix Calculator'!C38","v":"Enter name here"}]
[null,null,{"$f":"'Optimal Mix Calculator'!AC39","v":""},{"$f":"'BAU calculator'!AC39","v":""},{"$f":"'Optimal Mix Calculator'!C39","v":"Enter name here"}]
[null,null,{"$f":"'Optimal Mix Calculator'!AC40","v":""},{"$f":"'BAU calculator'!AC40","v":""},{"$f":"'Optimal Mix Calculator'!C40","v":"Enter name here"}]
[null,null,{"$f":"'Optimal Mix Calculator'!AC41","v":""},{"$f":"'BAU calculator'!AC41","v":""},{"$f":"'Optimal Mix Calculator'!C41","v":"Enter name here"}]
[null,null,{"$f":"'Optimal Mix Calculator'!AC42","v":""},{"$f":"'BAU calculator'!AC42","v":""},{"$f":"'Optimal Mix Calculator'!C42","v":"Enter name here"}]
[null,null,{"$f":"'Optimal Mix Calculator'!AC43","v":""},{"$f":"'BAU calculator'!AC43","v":""},{"$f":"'Optimal Mix Calculator'!C43","v":"Enter name here"}]
[null,null,{"$f":"'Optimal Mix Calculator'!AC44","v":""},{"$f":"'BAU calculator'!AC44","v":""},{"$f":"'Optimal Mix Calculator'!C44","v":"Enter name here"}]
[null,null,{"$f":"'Optimal Mix Calculator'!AC45","v":""},{"$f":"'BAU calculator'!AC45","v":""},{"$f":"'Optimal Mix Calculator'!C45","v":"Enter name here"}]
[null,null,{"$f":"'Optimal Mix Calculator'!AC46","v":""},{"$f":"'BAU calculator'!AC46","v":""},{"$f":"'Optimal Mix Calculator'!C46","v":"Enter name here"}]
[]
[null,"Optimisation model constraints and results "]
[null,null,{"$f":"IF(OR(C122=\"Insufficient resources\",C128=\"Insufficient resources\",C135=\"Insufficient resources\"),\"MODEL ERROR\", \"MODEL VALID\")","v":"MODEL VALID"},{"$f":"IF(OR(D122=\"Insufficient resources\",D128=\"Insufficient resources\",D135=\"Insufficient resources\"),\"MODEL ERROR\", \"MODEL VALID\")","v":"MODEL VALID"},"Overall iteration result"]
[null,null,{"$f":"IF(C116=\"Model Error\",IF(C122=\"Insufficient resources\",\"Manually add more peak capacity potential\",IF(C128=\"Insufficient Resources\",\"Manually add more capacity for energy generation\",\"Manually add more renewable generation\")),\"n/a\")","v":"n/a"},{"$f":"IF(D116=\"Model Error\",IF(D122=\"Insufficient resources\",\"Manually add more peak capacity potential\",IF(D128=\"Insufficient Resources\",\"Manually add more capacity for energy generation\",\"Manually add more renewable generation\")),\"N/A\")","v":"N/A"},"If error, suggested solution"]
[null,null,null,null,"Constraint #1 - Min. required peak capacity"]
[null,null,{"$f":"-(C24-C17)","v":8939.1325752660559},{"$f":"-(D24-D17)","v":8939.1325752660559},"Capacity shortfall (negative=surplus)"]
[null,null,{"$f":"IF(C119<0,0,C119)","v":8939.1325752660559},{"$f":"IF(D119<0,0,D119)","v":8939.1325752660559},"Constraint level"]
[null,null,{"$f":"SUM('Optimal Mix Calculator'!AD5:AD46)","v":8939.1325752660541},{"$f":"SUM('BAU calculator'!AD5:AD46)","v":8939.1325752660578},"Modelled MWp (inc. demand reduction)"]
[null,null,{"$f":"'Optimal Mix Calculator'!AO5","v":"BINDING"},{"$f":"'BAU calculator'!AO5","v":"BINDING"}]
[]
[null,null,null,null,"Constraint #2 - Min. required annual energy"]
[null,null,{"$f":"C30-C37","v":39593.694335184176},{"$f":"D30-D37","v":39593.694335184176},"Generation shortfall of existing generators, analysis year, GWh (negative=surplus)"]
[null,null,{"$f":"IF(C125<0,0,C125)","v":39593.694335184176},{"$f":"IF(D125<0,0,D125)","v":39593.694335184176},"Constraint level, GWh"]
[null,null,{"$f":"SUMIF('Optimal Mix Calculator'!AE5:AE46,\"<>#Value!\")*1000","v":45919.76228164995},{"$f":"SUMIF('BAU calculator'!AE5:AE46,\"<>#Value!\")*1000","v":39593.694335184169},"Modelled generation GWh (inc. demand reduction)"]
[null,null,{"$f":"'Optimal Mix Calculator'!AO6","v":"SLACK"},{"$f":"'BAU calculator'!AO6","v":"BINDING"}]
[null,null,null,null,"Constraint #3 - Renewable energy target"]
[null,null,{"$f":"'Control Panel'!D18","v":0.2},{"$f":"'Control Panel'!D18","v":0.2},"Selected level"]
[null,null,{"$f":"SUMPRODUCT('Renewable generation data'!C28:C35,'Renewable generation data'!D28:D35)","v":0},{"$f":"SUMPRODUCT('Renewable generation data'!C28:C35,'Renewable generation data'!D28:D35)","v":0},"Existing renewables, 2011"]
[null,null,{"$f":"SUMPRODUCT('Renewable generation data'!E4:M4,'Renewable generation data'!E5:M5)+C131","v":30600},{"$f":"SUMPRODUCT('Renewable generation data'!E4:M4,'Renewable generation data'!E5:M5)+D131","v":30600},"RET, analysis year"]
[null,null,{"$f":"IF('Renewable generation data'!C5>0,'Renewable generation data'!C5,0)","v":30600},{"$f":"IF('Renewable generation data'!C5>0,'Renewable generation data'!C5,0)","v":30600},"Constraint level (assumes no demand reduction)"]
[null,null,{"$f":"(SUM('Optimal Mix Calculator'!AE15:AE28))*1000+'Renewable generation data'!I26","v":30600},{"$f":"SUM('BAU calculator'!AE15:AE28)*1000","v":30599.999999999996},"Modelled Renewable generation, GWh"]
[null,null,{"$f":"'Optimal Mix Calculator'!AO7","v":"BINDING"},{"$f":"'BAU calculator'!AO7","v":"BINDING"}]
[null,null,{"$f":"SUM('Optimal Mix Calculator'!AE15:AE28)*1000","v":26771.528145833556},{"$f":"SUM('BAU calculator'!AE15:AE28)*1000","v":30599.999999999996},"Actual renewables deployed, GWh (if lower than modelled renewables, due to reduction in system demand compared to forecast demand)"]
[]
[null,"Scenario input parameters",{"$f":"'Control Panel'!D6","v":"National"},{"$f":"'Control Panel'!D6","v":"National"},{"$f":"'Control Panel'!C6","v":"Region of analysis"}]
[null,null,{"$f":"'Control Panel'!D7","v":"2020/21"},{"$f":"'Control Panel'!D7","v":"2020/21"},{"$f":"'Control Panel'!C7","v":"Analysis year"}]
[null,null,{"$f":"'Control Panel'!D9","v":7.0000000000000007E-2},{"$f":"'Control Panel'!D9","v":7.0000000000000007E-2},{"$f":"'Control Panel'!C9","v":"Weighted Av Cost of Capital (%)"}]
[null,null,{"$f":"'Control Panel'!D10","v":0.223},{"$f":"'Control Panel'!D10","v":0.223},{"$f":"'Control Panel'!C10","v":"Default Network Capital Cost ($M/MW/y)"}]
[null,null,{"$f":"'Control Panel'!D11","v":0.92},{"$f":"'Control Panel'!D11","v":0.92},{"$f":"'Control Panel'!C11","v":"Standard Emissions Rate (tCO2e/ MWh)"}]
[null,null,{"$f":"'Control Panel'!D12","v":23},{"$f":"'Control Panel'!D12","v":23},{"$f":"'Control Panel'!C12","v":"Cost of CO2 ($/tCO2-e)"}]
[null,null,{"$f":"'Control Panel'!D13","v":6},{"$f":"'Control Panel'!D13","v":6},{"$f":"'Control Panel'!C13","v":"Wholesale Gas price ($/GJ)"}]
[null,null,{"$f":"'Control Panel'!D18","v":0.2},{"$f":"'Control Panel'!D18","v":0.2},{"$f":"'Control Panel'!C18","v":"Renewable Energy Target (For selected region only)"}]
[null,null,{"$f":"'Control Panel'!D19","v":"Option 1 - Planned retirements occur"},{"$f":"'Control Panel'!D19","v":"Option 1 - Planned retirements occur"},{"$f":"'Control Panel'!C19","v":"Existing supply retirements"}]
[null,null,{"$f":"'Control Panel'!D20","v":"Held constant "},{"$f":"'Control Panel'!D20","v":"Held constant "},{"$f":"'Control Panel'!C20","v":"Capacity factors of existing supply"}]
[null,null,{"$f":"'Control Panel'!D21","v":"Medium"},{"$f":"'Control Panel'!D21","v":"Medium"},{"$f":"'Control Panel'!C21","v":"Demand growth - Energy (GWh)"}]
[null,null,{"$f":"'Control Panel'!D22","v":"Medium"},{"$f":"'Control Panel'!D22","v":"Medium"},{"$f":"'Control Panel'!C22","v":"Demand growth - Peak power (MWp)"}]
[]
[]
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[null,null,{"$f":"IF('Input data & costs'!BI7=1,\"X\",\"\")","v":"X"},{"$f":"IF('Input data & costs'!BJ7=1,\"X\",\"\")","v":""},{"$f":"'Input datasheet'!D9","v":"Commercial Energy Efficiency"}]
[null,null,{"$f":"IF('Input data & costs'!BI8=1,\"X\",\"\")","v":"X"},{"$f":"IF('Input data & costs'!BJ8=1,\"X\",\"\")","v":""},{"$f":"'Input datasheet'!D10","v":"Residential Energy Efficiency"}]
[null,null,{"$f":"IF('Input data & costs'!BI9=1,\"X\",\"\")","v":"X"},{"$f":"IF('Input data & costs'!BJ9=1,\"X\",\"\")","v":""},{"$f":"'Input datasheet'!D11","v":"Residential Hot Water"}]
[null,null,{"$f":"IF('Input data & costs'!BI10=1,\"X\",\"\")","v":"X"},{"$f":"IF('Input data & costs'!BJ10=1,\"X\",\"\")","v":""},{"$f":"'Input datasheet'!D12","v":"Commercial & Industrial Demand Management"}]
[null,null,{"$f":"IF('Input data & costs'!BI11=1,\"X\",\"\")","v":"X"},{"$f":"IF('Input data & costs'!BJ11=1,\"X\",\"\")","v":""},{"$f":"'Input datasheet'!D13","v":"Residential Demand Management"}]
[null,null,{"$f":"IF('Input data & costs'!BI12=1,\"X\",\"\")","v":"X"},{"$f":"IF('Input data & costs'!BJ12=1,\"X\",\"\")","v":""},{"$f":"'Input datasheet'!D14","v":"Commercial & Industrial Standby Generation"}]
[null,null,{"$f":"IF('Input data & costs'!BI13=1,\"X\",\"\")","v":"X"},{"$f":"IF('Input data & costs'!BJ13=1,\"X\",\"\")","v":""},{"$f":"'Input datasheet'!D15","v":"Industrial Cogeneration"}]
[null,null,{"$f":"IF('Input data & costs'!BI14=1,\"X\",\"\")","v":"X"},{"$f":"IF('Input data & costs'!BJ14=1,\"X\",\"\")","v":""},{"$f":"'Input datasheet'!D16","v":"Commercial Trigeneration"}]
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[null,null,{"$f":"IF('Input data & costs'!BI17=1,\"X\",\"\")","v":"X"},{"$f":"IF('Input data & costs'!BJ17=1,\"X\",\"\")","v":"X"},{"$f":"'Input datasheet'!D19","v":"Agricultural Biogas"}]
[null,null,{"$f":"IF('Input data & costs'!BI18=1,\"X\",\"\")","v":"X"},{"$f":"IF('Input data & costs'!BJ18=1,\"X\",\"\")","v":"X"},{"$f":"'Input datasheet'!D20","v":"Biomass Plant"}]
[null,null,{"$f":"IF('Input data & costs'!BI19=1,\"X\",\"\")","v":"X"},{"$f":"IF('Input data & costs'!BJ19=1,\"X\",\"\")","v":"X"},{"$f":"'Input datasheet'!D21","v":"Biomass Cogen"}]
[null,null,{"$f":"IF('Input data & costs'!BI20=1,\"X\",\"\")","v":"X"},{"$f":"IF('Input data & costs'!BJ20=1,\"X\",\"\")","v":"X"},{"$f":"'Input datasheet'!D22","v":"Landfill gas"}]
[null,null,{"$f":"IF('Input data & costs'!BI21=1,\"X\",\"\")","v":"X"},{"$f":"IF('Input data & costs'!BJ21=1,\"X\",\"\")","v":"X"},{"$f":"'Input datasheet'!D23","v":"Sewage gas (Municipal water)"}]
[null,null,{"$f":"IF('Input data & costs'!BI22=1,\"X\",\"\")","v":"X"},{"$f":"IF('Input data & costs'!BJ22=1,\"X\",\"\")","v":"X"},{"$f":"'Input datasheet'!D24","v":"Improved Hydro Efficiency "}]
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[null,null,{"$f":"IF('Input data & costs'!BI24=1,\"X\",\"\")","v":"X"},{"$f":"IF('Input data & costs'!BJ24=1,\"X\",\"\")","v":"X"},{"$f":"'Input datasheet'!D26","v":"Wind (onshore)"}]
[null,null,{"$f":"IF('Input data & costs'!BI25=1,\"X\",\"\")","v":"X"},{"$f":"IF('Input data & costs'!BJ25=1,\"X\",\"\")","v":"X"},{"$f":"'Input datasheet'!D27","v":"Solar Thermal (with storage)"}]
[null,null,{"$f":"IF('Input data & costs'!BI26=1,\"X\",\"\")","v":"X"},{"$f":"IF('Input data & costs'!BJ26=1,\"X\",\"\")","v":"X"},{"$f":"'Input datasheet'!D28","v":"Concentrating solar PV"}]
[null,null,{"$f":"IF('Input data & costs'!BI27=1,\"X\",\"\")","v":"X"},{"$f":"IF('Input data & costs'!BJ27=1,\"X\",\"\")","v":"X"},{"$f":"'Input datasheet'!D29","v":"Solar PV (grid connected)"}]
[null,null,{"$f":"IF('Input data & costs'!BI28=1,\"X\",\"\")","v":"X"},{"$f":"IF('Input data & costs'!BJ28=1,\"X\",\"\")","v":"X"},{"$f":"'Input datasheet'!D30","v":"Geothermal - Hot Dry Rock"}]
[null,null,{"$f":"IF('Input data & costs'!BI29=1,\"X\",\"\")","v":"X"},{"$f":"IF('Input data & costs'!BJ29=1,\"X\",\"\")","v":"X"},{"$f":"'Input datasheet'!D31","v":"Ocean (tidal)"}]
[null,null,{"$f":"IF('Input data & costs'!BI30=1,\"X\",\"\")","v":"X"},{"$f":"IF('Input data & costs'!BJ30=1,\"X\",\"\")","v":""},{"$f":"'Input datasheet'!D32","v":"Large scale batteries"}]
[null,null,{"$f":"IF('Input data & costs'!BI31=1,\"X\",\"\")","v":"X"},{"$f":"IF('Input data & costs'!BJ31=1,\"X\",\"\")","v":""},{"$f":"'Input datasheet'!D33","v":"Small scale batteries"}]
[null,null,{"$f":"IF('Input data & costs'!BI32=1,\"X\",\"\")","v":"X"},{"$f":"IF('Input data & costs'!BJ32=1,\"X\",\"\")","v":"X"},{"$f":"'Input datasheet'!D34","v":"Combined Cycle Gas Turbine"}]
[null,null,{"$f":"IF('Input data & costs'!BI33=1,\"X\",\"\")","v":"X"},{"$f":"IF('Input data & costs'!BJ33=1,\"X\",\"\")","v":"X"},{"$f":"'Input datasheet'!D35","v":"Open Cycle Gas Turbine"}]
[null,null,{"$f":"IF('Input data & costs'!BI34=1,\"X\",\"\")","v":"X"},{"$f":"IF('Input data & costs'!BJ34=1,\"X\",\"\")","v":"X"},{"$f":"'Input datasheet'!D36","v":"Supercritical black coal (dry cool)"}]
[null,null,{"$f":"IF('Input data & costs'!BI35=1,\"X\",\"\")","v":"X"},{"$f":"IF('Input data & costs'!BJ35=1,\"X\",\"\")","v":"X"},{"$f":"'Input datasheet'!D37","v":"Supercritical brown coal (dry cool)"}]
[null,null,{"$f":"IF('Input data & costs'!BI36=1,\"X\",\"\")","v":"X"},{"$f":"IF('Input data & costs'!BJ36=1,\"X\",\"\")","v":"X"},{"$f":"'Input datasheet'!D38","v":"Improved power station efficiency - black coal"}]
[null,null,{"$f":"IF('Input data & costs'!BI37=1,\"X\",\"\")","v":"X"},{"$f":"IF('Input data & costs'!BJ37=1,\"X\",\"\")","v":"X"},{"$f":"'Input datasheet'!D39","v":"Improved power station efficiency - brown coal"}]
[null,null,{"$f":"IF('Input data & costs'!BI38=1,\"X\",\"\")","v":"X"},{"$f":"IF('Input data & costs'!BJ38=1,\"X\",\"\")","v":"X"},{"$f":"'Input datasheet'!D40","v":"IGCC with CCS"}]
[null,null,{"$f":"IF('Input data & costs'!BI39=1,\"X\",\"\")","v":""},{"$f":"IF('Input data & costs'!BJ39=1,\"X\",\"\")","v":""},{"$f":"'Input datasheet'!D41","v":"Enter name here"}]
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[]
[null,"*Forecast 2010 greenhouse gas emission form electricity sector. Calculated by multiplying 2010 standard emissions rates  by AEMO(2010) Statement of Opportunities, forecast 2010-11 demand (medium scenario)"]
[null,"** 1990 greenhouse gas data from the electricity sector, DCCEE (2011) National Greenhouse Gas Inventory, available at http://www.ageis.greenhouse.gov.au/"]

{"sheet":"Costs - OMA v BAU","index":28,"n_rows":0,"n_cols":0,"rows_kept":0,"cut":false,"hidden":false,"merged":[]}

{"sheet":"Emissions - OMA v BAU","index":29,"n_rows":0,"n_cols":0,"rows_kept":0,"cut":false,"hidden":false,"merged":[]}

{"sheet":"Optimal mix technologies","index":30,"n_rows":45,"n_cols":17,"rows_kept":45,"cut":false,"hidden":false,"merged":[]}
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[null,"1. Modelled capacity of each technology"]
[null,"a) MW deployment",null,null,null,null,null,null,null,null,null,null,null,null,null,null,"b) % of technology deployed compared to potential development"]
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[null,"2. Optimal mix to meet shortfall, by category"]
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[null,"3. Optimal mix to meet shortfall, by individual technology/program"]
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{"sheet":"BAU technologies","index":31,"n_rows":45,"n_cols":16,"rows_kept":45,"cut":false,"hidden":false,"merged":[]}
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[null,"1. Modelled capacity of each technology"]
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{"sheet":"Output calculations","index":32,"n_rows":47,"n_cols":31,"rows_kept":47,"cut":false,"hidden":false,"merged":[[2,24,2,30],[2,20,2,21],[2,16,2,18],[2,1,4,1],[2,2,4,2],[2,12,2,14]]}
[null,"Output calculation sheet"]
[null,"Region: ",{"$f":"'Control Panel'!D6","v":"National"}]
[null,"#","PROGRAM/TECHNOLOGY",null,"ENERGY COSTS",null,null,null,null,null,null,null,"POWER COSTS",null,null,null,"GENERATION",null,null,null,"EMISSIONS",null,null,null,"COST-CURVE INCLUSION?"]
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{"sheet":"BAU graph data","index":38,"n_rows":251,"n_cols":14,"rows_kept":251,"cut":false,"hidden":true,"merged":[]}
["BAU"]
["Column 1a",null,null,null,null,"column 1b","Energy efficiency","Peak load management","Cogeneration and trigeneration","Bioenergy","Renewables","Electric Storage","Centralised fossil","Other"]
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[]
[]
["BAU","Pie 2a","Pie 2b","Sort dummy"]
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[]
["Column 1a","Pie 3a","Pie 3b","Sort dummy"]
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[{"$f":"IF(ISNUMBER(B90),'BAU calculator'!C30,\"\")","v":""},{"$f":"IF('BAU calculator'!AD30>1,'BAU calculator'!AD30,\"\")","v":""},{"$f":"IF('BAU calculator'!AD30>1,'BAU calculator'!AE30*1000,\"\")","v":""},{"$f":"IF(ISNUMBER(B90),1,0)","v":0},null,"",""]
[{"$f":"IF(ISNUMBER(B91),'BAU calculator'!C38,\"\")","v":""},{"$f":"IF('BAU calculator'!AD38>1,'BAU calculator'!AD38,\"\")","v":""},{"$f":"IF('BAU calculator'!AD38>1,'BAU calculator'!AE38*1000,\"\")","v":""},{"$f":"IF(ISNUMBER(B91),1,0)","v":0},null,"",""]
[{"$f":"IF(ISNUMBER(B92),'BAU calculator'!C39,\"\")","v":""},{"$f":"IF('BAU calculator'!AD39>1,'BAU calculator'!AD39,\"\")","v":""},{"$f":"IF('BAU calculator'!AD39>1,'BAU calculator'!AE39*1000,\"\")","v":""},{"$f":"IF(ISNUMBER(B92),1,0)","v":0},null,"",""]
[{"$f":"IF(ISNUMBER(B93),'BAU calculator'!C40,\"\")","v":""},{"$f":"IF('BAU calculator'!AD40>1,'BAU calculator'!AD40,\"\")","v":""},{"$f":"IF('BAU calculator'!AD40>1,'BAU calculator'!AE40*1000,\"\")","v":""},{"$f":"IF(ISNUMBER(B93),1,0)","v":0},null,"",""]
[{"$f":"IF(ISNUMBER(B94),'BAU calculator'!C41,\"\")","v":""},{"$f":"IF('BAU calculator'!AD41>1,'BAU calculator'!AD41,\"\")","v":""},{"$f":"IF('BAU calculator'!AD41>1,'BAU calculator'!AE41*1000,\"\")","v":""},{"$f":"IF(ISNUMBER(B94),1,0)","v":0},null,"",""]
[{"$f":"IF(ISNUMBER(B95),'BAU calculator'!C42,\"\")","v":""},{"$f":"IF('BAU calculator'!AD42>1,'BAU calculator'!AD42,\"\")","v":""},{"$f":"IF('BAU calculator'!AD42>1,'BAU calculator'!AE42*1000,\"\")","v":""},{"$f":"IF(ISNUMBER(B95),1,0)","v":0},null,"",""]
[{"$f":"IF(ISNUMBER(B96),'BAU calculator'!C43,\"\")","v":""},{"$f":"IF('BAU calculator'!AD43>1,'BAU calculator'!AD43,\"\")","v":""},{"$f":"IF('BAU calculator'!AD43>1,'BAU calculator'!AE43*1000,\"\")","v":""},{"$f":"IF(ISNUMBER(B96),1,0)","v":0},null,"",""]
[{"$f":"IF(ISNUMBER(B97),'BAU calculator'!C44,\"\")","v":""},{"$f":"IF('BAU calculator'!AD44>1,'BAU calculator'!AD44,\"\")","v":""},{"$f":"IF('BAU calculator'!AD44>1,'BAU calculator'!AE44*1000,\"\")","v":""},{"$f":"IF(ISNUMBER(B97),1,0)","v":0},null,"",""]
[{"$f":"IF(ISNUMBER(B98),'BAU calculator'!C45,\"\")","v":""},{"$f":"IF('BAU calculator'!AD45>1,'BAU calculator'!AD45,\"\")","v":""},{"$f":"IF('BAU calculator'!AD45>1,'BAU calculator'!AE45*1000,\"\")","v":""},{"$f":"IF(ISNUMBER(B98),1,0)","v":0},null,"",""]
[{"$f":"IF(ISNUMBER(B99),'BAU calculator'!C46,\"\")","v":""},{"$f":"IF('BAU calculator'!AD46>1,'BAU calculator'!AD46,\"\")","v":""},{"$f":"IF('BAU calculator'!AD46>1,'BAU calculator'!AE46*1000,\"\")","v":""},{"$f":"IF(ISNUMBER(B99),1,0)","v":0},null,"",""]
[]
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[]
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[]
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[]
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[]
[]
[]
["BAU"]
["Technology/Program","MW","Sort dummy"]
[{"$f":"IF(ISNUMBER(B145),'BAU calculator'!C23,\"\")","v":"Wind (onshore)"},{"$f":"IF(ISNUMBER('BAU calculator'!AG23),'BAU calculator'!AC23,\"\")","v":7253.3448140900191},{"$f":"IF(ISNUMBER(B145),1,0)","v":1}]
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[{"$f":"IF(ISNUMBER(B148),'BAU calculator'!C21,\"\")","v":"Improved Hydro Efficiency "},{"$f":"IF(ISNUMBER('BAU calculator'!AG21),'BAU calculator'!AC21,\"\")","v":545},1]
[{"$f":"IF(ISNUMBER(B149),'BAU calculator'!C15,\"\")","v":"Refuse Derived Fuel (RDF) to energy"},{"$f":"IF(ISNUMBER('BAU calculator'!AG15),'BAU calculator'!AC15,\"\")","v":587},1]
[{"$f":"IF(ISNUMBER(B150),'BAU calculator'!C17,\"\")","v":"Biomass Plant"},{"$f":"IF(ISNUMBER('BAU calculator'!AG17),'BAU calculator'!AC17,\"\")","v":0},1]
[{"$f":"IF(ISNUMBER(B151),'BAU calculator'!C19,\"\")","v":"Landfill gas"},{"$f":"IF(ISNUMBER('BAU calculator'!AG19),'BAU calculator'!AC19,\"\")","v":148},1]
[{"$f":"IF(ISNUMBER(B152),'BAU calculator'!C20,\"\")","v":"Sewage gas (Municipal water)"},{"$f":"IF(ISNUMBER('BAU calculator'!AG20),'BAU calculator'!AC20,\"\")","v":118},1]
[{"$f":"IF(ISNUMBER(B153),'BAU calculator'!C27,\"\")","v":"Geothermal - Hot Dry Rock"},{"$f":"IF(ISNUMBER('BAU calculator'!AG27),'BAU calculator'!AC27,\"\")","v":0},1]
[{"$f":"IF(ISNUMBER(B154),'BAU calculator'!C16,\"\")","v":"Agricultural Biogas"},{"$f":"IF(ISNUMBER('BAU calculator'!AG16),'BAU calculator'!AC16,\"\")","v":106},1]
[{"$f":"IF(ISNUMBER(B155),'BAU calculator'!C18,\"\")","v":"Biomass Cogen"},{"$f":"IF(ISNUMBER('BAU calculator'!AG18),'BAU calculator'!AC18,\"\")","v":0},1]
[{"$f":"IF(ISNUMBER(B156),'BAU calculator'!C22,\"\")","v":"Wind (offshore)"},{"$f":"IF(ISNUMBER('BAU calculator'!AG22),'BAU calculator'!AC22,\"\")","v":0},1]
[{"$f":"IF(ISNUMBER(B157),'BAU calculator'!C24,\"\")","v":"Solar Thermal (with storage)"},{"$f":"IF(ISNUMBER('BAU calculator'!AG24),'BAU calculator'!AC24,\"\")","v":0},1]
[{"$f":"IF(ISNUMBER(B158),'BAU calculator'!C26,\"\")","v":"Solar PV (grid connected)"},{"$f":"IF(ISNUMBER('BAU calculator'!AG26),'BAU calculator'!AC26,\"\")","v":0},1]
[{"$f":"IF(ISNUMBER(B159),'BAU calculator'!C31,\"\")","v":"Combined Cycle Gas Turbine"},{"$f":"IF(ISNUMBER('BAU calculator'!AG31),'BAU calculator'!AC31,\"\")","v":0},1]
[{"$f":"IF(ISNUMBER(B160),'BAU calculator'!C34,\"\")","v":"Supercritical brown coal (dry cool)"},{"$f":"IF(ISNUMBER('BAU calculator'!AG34),'BAU calculator'!AC34,\"\")","v":0},1]
[{"$f":"IF(ISNUMBER(B161),'BAU calculator'!C28,\"\")","v":"Ocean (tidal)"},{"$f":"IF(ISNUMBER('BAU calculator'!AG28),'BAU calculator'!AC28,\"\")","v":0},1]
[{"$f":"IF(ISNUMBER(B162),'BAU calculator'!C33,\"\")","v":"Supercritical black coal (dry cool)"},{"$f":"IF(ISNUMBER('BAU calculator'!AG33),'BAU calculator'!AC33,\"\")","v":604.49037277008267},1]
[{"$f":"IF(ISNUMBER(B163),'BAU calculator'!C35,\"\")","v":"Improved power station efficiency - black coal"},{"$f":"IF(ISNUMBER('BAU calculator'!AG35),'BAU calculator'!AC35,\"\")","v":288},1]
[{"$f":"IF(ISNUMBER(B164),'BAU calculator'!C37,\"\")","v":"IGCC with CCS"},{"$f":"IF(ISNUMBER('BAU calculator'!AG37),'BAU calculator'!AC37,\"\")","v":0},1]
[{"$f":"IF(ISNUMBER(B165),'BAU calculator'!C5,\"\")","v":""},{"$f":"IF(ISNUMBER('BAU calculator'!AG5),'BAU calculator'!AC5,\"\")","v":""},0]
[{"$f":"IF(ISNUMBER(B166),'BAU calculator'!C6,\"\")","v":""},{"$f":"IF(ISNUMBER('BAU calculator'!AG6),'BAU calculator'!AC6,\"\")","v":""},0]
[{"$f":"IF(ISNUMBER(B167),'BAU calculator'!C7,\"\")","v":""},{"$f":"IF(ISNUMBER('BAU calculator'!AG7),'BAU calculator'!AC7,\"\")","v":""},0]
[{"$f":"IF(ISNUMBER(B168),'BAU calculator'!C8,\"\")","v":""},{"$f":"IF(ISNUMBER('BAU calculator'!AG8),'BAU calculator'!AC8,\"\")","v":""},0]
[{"$f":"IF(ISNUMBER(B169),'BAU calculator'!C9,\"\")","v":""},{"$f":"IF(ISNUMBER('BAU calculator'!AG9),'BAU calculator'!AC9,\"\")","v":""},0]
[{"$f":"IF(ISNUMBER(B170),'BAU calculator'!C10,\"\")","v":""},{"$f":"IF(ISNUMBER('BAU calculator'!AG10),'BAU calculator'!AC10,\"\")","v":""},0]
[{"$f":"IF(ISNUMBER(B171),'BAU calculator'!C11,\"\")","v":""},{"$f":"IF(ISNUMBER('BAU calculator'!AG11),'BAU calculator'!AC11,\"\")","v":""},0]
[{"$f":"IF(ISNUMBER(B172),'BAU calculator'!C12,\"\")","v":""},{"$f":"IF(ISNUMBER('BAU calculator'!AG12),'BAU calculator'!AC12,\"\")","v":""},0]
[{"$f":"IF(ISNUMBER(B173),'BAU calculator'!C13,\"\")","v":""},{"$f":"IF(ISNUMBER('BAU calculator'!AG13),'BAU calculator'!AC13,\"\")","v":""},0]
[{"$f":"IF(ISNUMBER(B174),'BAU calculator'!C14,\"\")","v":""},{"$f":"IF(ISNUMBER('BAU calculator'!AG14),'BAU calculator'!AC14,\"\")","v":""},0]
[{"$f":"IF(ISNUMBER(B175),'BAU calculator'!C25,\"\")","v":""},{"$f":"IF(ISNUMBER('BAU calculator'!AG25),'BAU calculator'!AC25,\"\")","v":""},0]
[{"$f":"IF(ISNUMBER(B176),'BAU calculator'!C29,\"\")","v":""},{"$f":"IF(ISNUMBER('BAU calculator'!AG29),'BAU calculator'!AC29,\"\")","v":""},0]
[{"$f":"IF(ISNUMBER(B177),'BAU calculator'!C30,\"\")","v":""},{"$f":"IF(ISNUMBER('BAU calculator'!AG30),'BAU calculator'!AC30,\"\")","v":""},0]
[{"$f":"IF(ISNUMBER(B178),'BAU calculator'!C38,\"\")","v":""},{"$f":"IF(ISNUMBER('BAU calculator'!AG38),'BAU calculator'!AC38,\"\")","v":""},0]
[{"$f":"IF(ISNUMBER(B179),'BAU calculator'!C39,\"\")","v":""},{"$f":"IF(ISNUMBER('BAU calculator'!AG39),'BAU calculator'!AC39,\"\")","v":""},0]
[{"$f":"IF(ISNUMBER(B180),'BAU calculator'!C40,\"\")","v":""},{"$f":"IF(ISNUMBER('BAU calculator'!AG40),'BAU calculator'!AC40,\"\")","v":""},0]
[{"$f":"IF(ISNUMBER(B181),'BAU calculator'!C41,\"\")","v":""},{"$f":"IF(ISNUMBER('BAU calculator'!AG41),'BAU calculator'!AC41,\"\")","v":""},0]
[{"$f":"IF(ISNUMBER(B182),'BAU calculator'!C42,\"\")","v":""},{"$f":"IF(ISNUMBER('BAU calculator'!AG42),'BAU calculator'!AC42,\"\")","v":""},0]
[{"$f":"IF(ISNUMBER(B183),'BAU calculator'!C43,\"\")","v":""},{"$f":"IF(ISNUMBER('BAU calculator'!AG43),'BAU calculator'!AC43,\"\")","v":""},0]
[{"$f":"IF(ISNUMBER(B184),'BAU calculator'!C44,\"\")","v":""},{"$f":"IF(ISNUMBER('BAU calculator'!AG44),'BAU calculator'!AC44,\"\")","v":""},0]
[{"$f":"IF(ISNUMBER(B185),'BAU calculator'!C45,\"\")","v":""},{"$f":"IF(ISNUMBER('BAU calculator'!AG45),'BAU calculator'!AC45,\"\")","v":""},0]
[{"$f":"IF(ISNUMBER(B186),'BAU calculator'!C46,\"\")","v":""},{"$f":"IF(ISNUMBER('BAU calculator'!AG46),'BAU calculator'!AC46,\"\")","v":""},0]
[null,"Optimal mix","BAU"]
["Gross emissions of modelled generation (MtCO2)",{"$f":"B189*'OMA summary'!J13/1000","v":15656.717502347194},{"$f":"C189*'OMA summary'!L13/1000","v":{"$error":"#REF!"}}]
["Emissions rate of modelled generation (tCO2/MWh)",{"$f":"'Optimal Mix Calculator'!AR19","v":0.34095815667155127},{"$f":"'BAU calculator'!#REF!","v":{"$error":"#REF!"}}]
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[{"$f":"'BAU calculator'!C178","v":0}]

{"sheet":"OMA graph data","index":39,"n_rows":206,"n_cols":11,"rows_kept":206,"cut":false,"hidden":true,"merged":[]}
["OMA CHARTS"]
["Column 1a",null,null,"Sort dummy",null,"Column 1b","% of technology potential installed","Sort dummy"]
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[{"$f":"IF(ISNUMBER(B4),'Optimal Mix Calculator'!C9,\"\")","v":"Commercial & Industrial Demand Management"},{"$f":"IF(ISNUMBER('Optimal Mix Calculator'!AG9),'Optimal Mix Calculator'!AC9,\"\")","v":2047},null,{"$f":"IF(ISNUMBER(B4),1,0)","v":1},null,{"$f":"'Optimal Mix Calculator'!C6","v":"Commercial Energy Efficiency"},{"$f":"'Optimal Mix Calculator'!$AG6","v":0},1,null,null,"1. Run model"]
[{"$f":"IF(ISNUMBER(B5),'Optimal Mix Calculator'!C23,\"\")","v":"Wind (onshore)"},{"$f":"IF(ISNUMBER('Optimal Mix Calculator'!AG23),'Optimal Mix Calculator'!AC23,\"\")","v":1538.0300540879166},null,{"$f":"IF(ISNUMBER(B5),1,0)","v":1},null,{"$f":"'Optimal Mix Calculator'!C7","v":"Residential Energy Efficiency"},{"$f":"'Optimal Mix Calculator'!$AG7","v":1},1,null,null,"2. Sort data by a) sort dummy, Z-a\nb) MWp, z-a"]
[{"$f":"IF(ISNUMBER(B6),'Optimal Mix Calculator'!C27,\"\")","v":"Geothermal - Hot Dry Rock"},{"$f":"IF(ISNUMBER('Optimal Mix Calculator'!AG27),'Optimal Mix Calculator'!AC27,\"\")","v":1376},null,{"$f":"IF(ISNUMBER(B6),1,0)","v":1},null,{"$f":"'Optimal Mix Calculator'!C8","v":"Residential Hot Water"},{"$f":"'Optimal Mix Calculator'!$AG8","v":0},1,null,null,"3. Run Macro :Select data, adjust y-range and x (labels) range to relevant variables"]
[{"$f":"IF(ISNUMBER(B7),'Optimal Mix Calculator'!C7,\"\")","v":"Residential Energy Efficiency"},{"$f":"IF(ISNUMBER('Optimal Mix Calculator'!AG7),'Optimal Mix Calculator'!AC7,\"\")","v":983.09901830330534},null,{"$f":"IF(ISNUMBER(B7),1,0)","v":1},null,{"$f":"'Optimal Mix Calculator'!C9","v":"Commercial & Industrial Demand Management"},{"$f":"'Optimal Mix Calculator'!$AG9","v":1},1]
[{"$f":"IF(ISNUMBER(B8),'Optimal Mix Calculator'!C15,\"\")","v":"Refuse Derived Fuel (RDF) to energy"},{"$f":"IF(ISNUMBER('Optimal Mix Calculator'!AG15),'Optimal Mix Calculator'!AC15,\"\")","v":587},null,{"$f":"IF(ISNUMBER(B8),1,0)","v":1},null,{"$f":"'Optimal Mix Calculator'!C10","v":"Residential Demand Management"},{"$f":"'Optimal Mix Calculator'!$AG10","v":0},1]
[{"$f":"IF(ISNUMBER(B9),'Optimal Mix Calculator'!C18,\"\")","v":"Biomass Cogen"},{"$f":"IF(ISNUMBER('Optimal Mix Calculator'!AG18),'Optimal Mix Calculator'!AC18,\"\")","v":514},null,{"$f":"IF(ISNUMBER(B9),1,0)","v":1},null,{"$f":"'Optimal Mix Calculator'!C11","v":"Commercial & Industrial Standby Generation"},{"$f":"'Optimal Mix Calculator'!$AG11","v":7.037216030349272E-2},1]
[{"$f":"IF(ISNUMBER(B10),'Optimal Mix Calculator'!C17,\"\")","v":"Biomass Plant"},{"$f":"IF(ISNUMBER('Optimal Mix Calculator'!AG17),'Optimal Mix Calculator'!AC17,\"\")","v":362},null,{"$f":"IF(ISNUMBER(B10),1,0)","v":1},null,{"$f":"'Optimal Mix Calculator'!C12","v":"Industrial Cogeneration"},{"$f":"'Optimal Mix Calculator'!$AG12","v":0},1]
[{"$f":"IF(ISNUMBER(B11),'Optimal Mix Calculator'!C19,\"\")","v":"Landfill gas"},{"$f":"IF(ISNUMBER('Optimal Mix Calculator'!AG19),'Optimal Mix Calculator'!AC19,\"\")","v":148},null,{"$f":"IF(ISNUMBER(B11),1,0)","v":1},null,{"$f":"'Optimal Mix Calculator'!C13","v":"Commercial Trigeneration"},{"$f":"'Optimal Mix Calculator'!$AG13","v":0},1]
[{"$f":"IF(ISNUMBER(B12),'Optimal Mix Calculator'!C20,\"\")","v":"Sewage gas (Municipal water)"},{"$f":"IF(ISNUMBER('Optimal Mix Calculator'!AG20),'Optimal Mix Calculator'!AC20,\"\")","v":118},null,{"$f":"IF(ISNUMBER(B12),1,0)","v":1},null,{"$f":"'Optimal Mix Calculator'!C14","v":"Residential Cogeneration"},{"$f":"'Optimal Mix Calculator'!$AG14","v":0},1]
[{"$f":"IF(ISNUMBER(B13),'Optimal Mix Calculator'!C16,\"\")","v":"Agricultural Biogas"},{"$f":"IF(ISNUMBER('Optimal Mix Calculator'!AG16),'Optimal Mix Calculator'!AC16,\"\")","v":106},null,{"$f":"IF(ISNUMBER(B13),1,0)","v":1},null,{"$f":"'Optimal Mix Calculator'!C15","v":"Refuse Derived Fuel (RDF) to energy"},{"$f":"'Optimal Mix Calculator'!$AG15","v":1},1]
[{"$f":"IF(ISNUMBER(B14),'Optimal Mix Calculator'!C11,\"\")","v":"Commercial & Industrial Standby Generation"},{"$f":"IF(ISNUMBER('Optimal Mix Calculator'!AG11),'Optimal Mix Calculator'!AC11,\"\")","v":67.064668769228561},null,{"$f":"IF(ISNUMBER(B14),1,0)","v":1},null,{"$f":"'Optimal Mix Calculator'!C16","v":"Agricultural Biogas"},{"$f":"'Optimal Mix Calculator'!$AG16","v":1},1]
[{"$f":"IF(ISNUMBER(B15),'Optimal Mix Calculator'!C32,\"\")","v":"Open Cycle Gas Turbine"},{"$f":"IF(ISNUMBER('Optimal Mix Calculator'!AG32),'Optimal Mix Calculator'!AC32,\"\")","v":0},null,{"$f":"IF(ISNUMBER(B15),1,0)","v":1},null,{"$f":"'Optimal Mix Calculator'!C17","v":"Biomass Plant"},{"$f":"'Optimal Mix Calculator'!$AG17","v":1},1]
[{"$f":"IF(ISNUMBER(B16),'Optimal Mix Calculator'!C10,\"\")","v":"Residential Demand Management"},{"$f":"IF(ISNUMBER('Optimal Mix Calculator'!AG10),'Optimal Mix Calculator'!AC10,\"\")","v":0},null,{"$f":"IF(ISNUMBER(B16),1,0)","v":1},null,{"$f":"'Optimal Mix Calculator'!C18","v":"Biomass Cogen"},{"$f":"'Optimal Mix Calculator'!$AG18","v":1},1]
[{"$f":"IF(ISNUMBER(B17),'Optimal Mix Calculator'!C6,\"\")","v":"Commercial Energy Efficiency"},{"$f":"IF(ISNUMBER('Optimal Mix Calculator'!AG6),'Optimal Mix Calculator'!AC6,\"\")","v":0},null,{"$f":"IF(ISNUMBER(B17),1,0)","v":1},null,{"$f":"'Optimal Mix Calculator'!C19","v":"Landfill gas"},{"$f":"'Optimal Mix Calculator'!$AG19","v":1},1]
[{"$f":"IF(ISNUMBER(B18),'Optimal Mix Calculator'!C21,\"\")","v":"Improved Hydro Efficiency "},{"$f":"IF(ISNUMBER('Optimal Mix Calculator'!AG21),'Optimal Mix Calculator'!AC21,\"\")","v":0},null,{"$f":"IF(ISNUMBER(B18),1,0)","v":1},null,{"$f":"'Optimal Mix Calculator'!C20","v":"Sewage gas (Municipal water)"},{"$f":"'Optimal Mix Calculator'!$AG20","v":1},1]
[{"$f":"IF(ISNUMBER(B19),'Optimal Mix Calculator'!C24,\"\")","v":"Solar Thermal (with storage)"},{"$f":"IF(ISNUMBER('Optimal Mix Calculator'!AG24),'Optimal Mix Calculator'!AC24,\"\")","v":0},null,{"$f":"IF(ISNUMBER(B19),1,0)","v":1},null,{"$f":"'Optimal Mix Calculator'!C21","v":"Improved Hydro Efficiency "},{"$f":"'Optimal Mix Calculator'!$AG21","v":0},1]
[{"$f":"IF(ISNUMBER(B20),'Optimal Mix Calculator'!C35,\"\")","v":"Improved power station efficiency - black coal"},{"$f":"IF(ISNUMBER('Optimal Mix Calculator'!AG35),'Optimal Mix Calculator'!AC35,\"\")","v":0},null,{"$f":"IF(ISNUMBER(B20),1,0)","v":1},null,{"$f":"'Optimal Mix Calculator'!C22","v":"Wind (offshore)"},{"$f":"'Optimal Mix Calculator'!$AG22","v":0},1]
[{"$f":"IF(ISNUMBER(B21),'Optimal Mix Calculator'!C36,\"\")","v":"Improved power station efficiency - brown coal"},{"$f":"IF(ISNUMBER('Optimal Mix Calculator'!AG36),'Optimal Mix Calculator'!AC36,\"\")","v":0},null,{"$f":"IF(ISNUMBER(B21),1,0)","v":1},null,{"$f":"'Optimal Mix Calculator'!C23","v":"Wind (onshore)"},{"$f":"'Optimal Mix Calculator'!$AG23","v":0.16334218926167338},1]
[{"$f":"IF(ISNUMBER(B22),'Optimal Mix Calculator'!C30,\"\")","v":"Small scale batteries"},{"$f":"IF(ISNUMBER('Optimal Mix Calculator'!AG30),'Optimal Mix Calculator'!AC30,\"\")","v":0},null,{"$f":"IF(ISNUMBER(B22),1,0)","v":1},null,{"$f":"'Optimal Mix Calculator'!C24","v":"Solar Thermal (with storage)"},{"$f":"'Optimal Mix Calculator'!$AG24","v":0},1]
[{"$f":"IF(ISNUMBER(B23),'Optimal Mix Calculator'!C12,\"\")","v":"Industrial Cogeneration"},{"$f":"IF(ISNUMBER('Optimal Mix Calculator'!AG12),'Optimal Mix Calculator'!AC12,\"\")","v":0},null,{"$f":"IF(ISNUMBER(B23),1,0)","v":1},null,{"$f":"'Optimal Mix Calculator'!C25","v":"Concentrating solar PV"},{"$f":"'Optimal Mix Calculator'!$AG25","v":""},0]
[{"$f":"IF(ISNUMBER(B24),'Optimal Mix Calculator'!C31,\"\")","v":"Combined Cycle Gas Turbine"},{"$f":"IF(ISNUMBER('Optimal Mix Calculator'!AG31),'Optimal Mix Calculator'!AC31,\"\")","v":0},null,{"$f":"IF(ISNUMBER(B24),1,0)","v":1},null,{"$f":"'Optimal Mix Calculator'!C26","v":"Solar PV (grid connected)"},{"$f":"'Optimal Mix Calculator'!$AG26","v":0},1]
[{"$f":"IF(ISNUMBER(B25),'Optimal Mix Calculator'!C22,\"\")","v":"Wind (offshore)"},{"$f":"IF(ISNUMBER('Optimal Mix Calculator'!AG22),'Optimal Mix Calculator'!AC22,\"\")","v":0},null,{"$f":"IF(ISNUMBER(B25),1,0)","v":1},null,{"$f":"'Optimal Mix Calculator'!C27","v":"Geothermal - Hot Dry Rock"},{"$f":"'Optimal Mix Calculator'!$AG27","v":1},1]
[{"$f":"IF(ISNUMBER(B26),'Optimal Mix Calculator'!C13,\"\")","v":"Commercial Trigeneration"},{"$f":"IF(ISNUMBER('Optimal Mix Calculator'!AG13),'Optimal Mix Calculator'!AC13,\"\")","v":0},null,{"$f":"IF(ISNUMBER(B26),1,0)","v":1},null,{"$f":"'Optimal Mix Calculator'!C28","v":"Ocean (tidal)"},{"$f":"'Optimal Mix Calculator'!$AG28","v":0},1]
[{"$f":"IF(ISNUMBER(B27),'Optimal Mix Calculator'!C29,\"\")","v":"Large scale batteries"},{"$f":"IF(ISNUMBER('Optimal Mix Calculator'!AG29),'Optimal Mix Calculator'!AC29,\"\")","v":0},null,{"$f":"IF(ISNUMBER(B27),1,0)","v":1},null,{"$f":"'Optimal Mix Calculator'!C29","v":"Large scale batteries"},{"$f":"'Optimal Mix Calculator'!$AG29","v":0},1]
[{"$f":"IF(ISNUMBER(B28),'Optimal Mix Calculator'!C26,\"\")","v":"Solar PV (grid connected)"},{"$f":"IF(ISNUMBER('Optimal Mix Calculator'!AG26),'Optimal Mix Calculator'!AC26,\"\")","v":0},null,{"$f":"IF(ISNUMBER(B28),1,0)","v":1},null,{"$f":"'Optimal Mix Calculator'!C30","v":"Small scale batteries"},{"$f":"'Optimal Mix Calculator'!$AG30","v":0},1]
[{"$f":"IF(ISNUMBER(B29),'Optimal Mix Calculator'!C14,\"\")","v":"Residential Cogeneration"},{"$f":"IF(ISNUMBER('Optimal Mix Calculator'!AG14),'Optimal Mix Calculator'!AC14,\"\")","v":0},null,{"$f":"IF(ISNUMBER(B29),1,0)","v":1},null,{"$f":"'Optimal Mix Calculator'!C31","v":"Combined Cycle Gas Turbine"},{"$f":"'Optimal Mix Calculator'!$AG31","v":0},1]
[{"$f":"IF(ISNUMBER(B30),'Optimal Mix Calculator'!C8,\"\")","v":"Residential Hot Water"},{"$f":"IF(ISNUMBER('Optimal Mix Calculator'!AG8),'Optimal Mix Calculator'!AC8,\"\")","v":0},null,{"$f":"IF(ISNUMBER(B30),1,0)","v":1},null,{"$f":"'Optimal Mix Calculator'!C32","v":"Open Cycle Gas Turbine"},{"$f":"'Optimal Mix Calculator'!$AG32","v":0},1]
[{"$f":"IF(ISNUMBER(B31),'Optimal Mix Calculator'!C37,\"\")","v":"IGCC with CCS"},{"$f":"IF(ISNUMBER('Optimal Mix Calculator'!AG37),'Optimal Mix Calculator'!AC37,\"\")","v":0},null,{"$f":"IF(ISNUMBER(B31),1,0)","v":1},null,{"$f":"'Optimal Mix Calculator'!C33","v":"Supercritical black coal (dry cool)"},{"$f":"'Optimal Mix Calculator'!$AG33","v":0},1]
[{"$f":"IF(ISNUMBER(B32),'Optimal Mix Calculator'!C28,\"\")","v":"Ocean (tidal)"},{"$f":"IF(ISNUMBER('Optimal Mix Calculator'!AG28),'Optimal Mix Calculator'!AC28,\"\")","v":0},null,{"$f":"IF(ISNUMBER(B32),1,0)","v":1},null,{"$f":"'Optimal Mix Calculator'!C34","v":"Supercritical brown coal (dry cool)"},{"$f":"'Optimal Mix Calculator'!$AG34","v":0},1]
[{"$f":"IF(ISNUMBER(B33),'Optimal Mix Calculator'!C33,\"\")","v":"Supercritical black coal (dry cool)"},{"$f":"IF(ISNUMBER('Optimal Mix Calculator'!AG33),'Optimal Mix Calculator'!AC33,\"\")","v":0},null,{"$f":"IF(ISNUMBER(B33),1,0)","v":1},null,{"$f":"'Optimal Mix Calculator'!C35","v":"Improved power station efficiency - black coal"},{"$f":"'Optimal Mix Calculator'!$AG35","v":0},1]
[{"$f":"IF(ISNUMBER(B34),'Optimal Mix Calculator'!C34,\"\")","v":"Supercritical brown coal (dry cool)"},{"$f":"IF(ISNUMBER('Optimal Mix Calculator'!AG34),'Optimal Mix Calculator'!AC34,\"\")","v":0},null,{"$f":"IF(ISNUMBER(B34),1,0)","v":1},null,{"$f":"'Optimal Mix Calculator'!C36","v":"Improved power station efficiency - brown coal"},{"$f":"'Optimal Mix Calculator'!$AG36","v":0},1]
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