{ From user Matthew, Model Solaranalysis1 at Thu, 5 Nov 2009 2:15 PM} Softwareversion 4.2.1 { System Variables with non-default values: } {!40000|Att_contlinestyle Run: 0} Typechecking := 1 Checking := 1 Saveoptions := 2 Savevalues := 0 Displayoutputs True: , Allwarnings := 0 {!40000|Att_contlinestyle Graph_primary_valdim: 1} {!40000|Att_catlinestyle Graph_primary_valdim: 9} {!40000|Att_contlinestyle Graph_pdf_valdim: 6} Model Solaranalysis1 Author: Davidn Date: Wed, 19 Aug 2009 9:48 AM Saveauthor: Matthew Savedate: Thu, 5 Nov 2009 2:15 PM Defaultsize: 48,24 Diagstate: 1,327,5,565,656,17 Fontstyle: Arial, 15 Fileinfo: 0,Model Solaranalysis1,2,2,0,0,P:\WORK\POWER\SOLAR ANALYSIS PROJECT\Solar Analysis Schema 2 V2_3.ANA Module Decision_variables Title: Decision Variables Author: Matthew Date: Thu, 20 Aug 2009 12:07 PM Defaultsize: 48,24 Nodelocation: 256,96,1 Nodesize: 56,32 Diagstate: 1,732,28,492,450,17 Index Grid_connection_type Title: Grid Connection~ Type Definition: ['Grid Connected','Standalone'] Nodelocation: 240,64,1 Nodesize: 48,31 Index Zoning {!40000|Att_previndexvalue: ['Commercial','Industrial','Residential']} Title: Zoning Units: None Description: The different types of zoning available for panel installation Definition: ['Commercial','Industrial','Residential'] Nodelocation: 376,56,1 Nodesize: 48,24 Windstate: 2,754,171,476,224 Index Cell_type {!40000|Att_previndexvalue: ['Monocrystalline','Polycrystalline','Amorphous']} Title: Cell Type Definition: ['Monocrystalline','Polycrystalline','Amorphous'] Nodelocation: 112,56,1 Nodesize: 48,24 Index Electricity_rate_typ Title: Electricity Rate Types Units: n/a Description: The rating of the electricity used for determining revenues generated Definition: ['Peak','Offpeak'] Nodelocation: 376,136,1 Nodesize: 48,24 Index Inverter_type {!40000|Att_previndexvalue: ['High Efficiency','Low Efficiency']} Title: Inverter Type Units: n/a Description: A list of the different inverters available Definition: ['High Efficiency','Low Efficiency'] Nodelocation: 112,136,1 Nodesize: 48,24 Close Decision_variables Module Constraints Title: Constraints Author: Matthew Date: Thu, 20 Aug 2009 12:07 PM Defaultsize: 48,24 Nodelocation: 440,216,1 Nodesize: 60,32 Diagstate: 1,502,68,459,439,17 Decision Project_life Title: Project Life Units: Years Description: The project lifespan Definition: Evaluate(Wiki_project_life)~ Nodelocation: 184,192,1 Nodesize: 48,24 Decision Discount_rate Title: Discount Rate Units: % Definition: Wiki_discount_rate Nodelocation: 184,96,1 Nodesize: 48,24 Chance Wiki_zoning_restrict Title: Wiki Zoning Restrictions Definition: Reset;~ GetValueFromWiki(Wiki_Source, Wiki_project_constra, 'ZoningRestrictions(Percent)', false);~ Nodelocation: 56,280,1 Nodesize: 48,24 Decision Zoning_restrictions1 Title: Zoning Restrictions Definition: Table(Zoning)(~ 0.7,0,1) Nodelocation: 184,280,1 Nodesize: 52,28 Windstate: 2,564,28,527,240 Valuestate: 2,184,194,416,303,0,MIDM Reformval: [Sys_localindex('INDROWINDEX'),Sys_localindex('INDCOLUMNINDEX')] Chance Wiki_project_life Title: Wiki Project Life Definition: Reset;~ GetValueFromWiki(Wiki_Source, Wiki_project_constra, 'ProjectLife(Years)', false); Nodelocation: 56,192,1 Nodesize: 48,24 Chance Wiki_discount_rate Title: Wiki Discount Rate Definition: Reset;~ GetValueFromWiki(Wiki_Source, Wiki_project_constra, 'DiscountRate(Percent)', true); Nodelocation: 64,97,1 Nodesize: 48,31 Decision Zoning_restrictions2 Title: Zoning Restrictions Definition: Wiki2dmatrixconstruc( Wiki_zoning_restrict, true) Nodelocation: 184,368,1 Nodesize: 52,28 Windstate: 2,564,28,527,240 Valuestate: 2,184,194,416,303,0,MIDM Reformval: [Sys_localindex('INDROWINDEX'),Sys_localindex('INDCOLUMNINDEX')] Close Constraints Module Output1 Title: Output Author: Matthew Date: Thu, 20 Aug 2009 12:07 PM Defaultsize: 48,24 Nodelocation: 256,608,1 Nodesize: 64,32 Diagstate: 1,546,75,542,350,17 Objective Cost_of_c02_avoided_ Title: Cost of C02 Avoided vs Cost of Energy Produced Units: $/tonne of CO2e Definition: Cost_of_co2_avoided Nodelocation: 320,144,1 Nodesize: 48,49 Windstate: 2,102,90,476,224 Valuestate: 2,391,42,831,561,1,MIDM Graphsetup: {!40000|Graph_symbolkey:1}~ {!40000|Att_contlinestyle Graph_primary_valdim:4}~ {!40000|Att_graphvaluerange Cost_of_c02_avoided_:1,,1,,,,,0,60}~ {!40000|Att_graphvaluerange Cost_of_energy_produ:1,,1,,,,,0,60} Reformval: [Rec_type,Undefined,1] Displayinputs: Variable Cost_of_energy_produ {!40000|Att_resultslicestate: [Inverter_type,2,Rec_type,1]} {!40000|Att_xrole: 1} {!40000|Att_yrole: -1} {!40000|Att_colorrole: Cell_type} {!40000|Att_symbolrole: Tariff_type} {!40000|Att_exogenousvalues: [Cost_of_energy_produ]} Variable Cost_of_energy_produ Title: Cost of Energy Produced Units: $/MWh Definition: -NPV1/(sum(energy_produced, year)) Nodelocation: 144,176,1 Nodesize: 48,31 Windstate: 2,475,311,476,224 Valuestate: 2,33,129,503,306,0,MIDM Reformval: [Tariff_type,Cell_type] Displayoutputs: Objective Cost_of_c02_avoided_ {!40000|Att_resultslicestate: [Rec_type,1,Inverter_type,2,Cell_type,1,Tariff_type,2]} Variable Cost_of_co2_avoided Title: Cost of CO2 Avoided Definition: -NPV1/C02_avoided Nodelocation: 144,104,1 Nodesize: 48,31 Valuestate: 2,204,115,416,303,1,MIDM Reformval: [Cell_type,Tariff_type] Xyexpr: Cost_of_energy_produ {!40000|Att_resultslicestate: [Rec_type,2,Inverter_type,1,Tariff_type,1,Cell_type,1]} {!40000|Att_xrole: 1} Objective Electricity_cost_ Title: Electricity Cost ($/MWh) Definition: var JoinResult := concatrows(Cost_of_energy_produ, tariff_type, rec_type)[@inverter_type = 1];~ var NewIndex := Table(Result_type)(~ 1, 1, 1, 1 );~ var NewTable := JoinResult*NewIndex;~ var ImplicitIndex := columnindex(NewTable);~ sum(if ImplicitIndex= @result_type then NewTable else 0, ImplicitIndex) Nodelocation: 320,256,1 Nodesize: 48,31 Valuestate: 2,120,130,702,447,0,MIDM Graphsetup: {!40000|Att_forcecategorical Graph_primary_valdim:1} Reformval: [Result_type,Cell_type] Index Result_type Title: Result Type Definition: ['REC and Tariff','Tariff only','REC only','None'] Nodelocation: 80,256,1 Nodesize: 48,24 Windstate: 2,373,101,476,224 Close Output1 Module Finance Title: Finance Author: Matthew Date: Thu, 20 Aug 2009 12:07 PM Defaultsize: 48,24 Nodelocation: 440,416,1 Nodesize: 64,36 Diagstate: 1,60,118,433,333,17 Variable Real_cash_flow Title: Real Cash Flow Units: $/year Description: The cash flow of the project taking into account the discount rate. Definition: Nominal_cash_flow / (1 + Discount_rate)^Year Nodelocation: 120,160,1 Nodesize: 48,24 Windstate: 2,102,90,476,224 Valuestate: 2,0,0,452,695,1,MIDM Reformval: [Year,Cell_type] {!40000|Att_resultslicestate: [Inverter_type,1,Sys_localindex('INDCOLUMNINDEX'),1,Year,1,Cell_type,1,Cost_years,10]} Variable Nominal_cash_flow Title: Nomial Cash Flow Units: $/year Description: The cash flow as determined by the nominal values of the revenues and costs, ie not discounted. Definition: Net_revenue - Capital_cost Nodelocation: 120,72,1 Nodesize: 48,24 Windstate: 2,143,290,476,224 Valuestate: 2,468,6,392,658,1,MIDM Reformval: [Year,Cell_type] {!40000|Att_resultslicestate: [Inverter_type,1,Cost_years,1,Sys_localindex('INDCOLUMNINDEX'),1,Cell_type,4,Year,3]} Objective Npv1 Title: NPV Units: $ Description: Net Present Value Definition: sum(Real_cash_flow, year) Nodelocation: 304,136,1 Nodesize: 48,24 Windstate: 2,102,90,476,224 Valuestate: 2,296,306,416,303,1,MIDM Reformval: [Inverter_type,Cell_type] {!40000|Att_resultslicestate: [Electricity_rate_typ,1,Cell_type,1]} Objective Irr1 Title: IRR Units: % Description: The Internal Rate of Return Definition: IRR(Nominal_cash_flow, Year) Nodelocation: 304,72,1 Nodesize: 48,24 Valuestate: 2,216,226,416,303,0,MIDM Reformval: [Cell_type] Objective Ebita Title: EBITA Units: $/year Definition: Net_revenue-Annualized_first_cos Nodelocation: 304,264,1 Nodesize: 48,24 Windstate: 2,269,169,476,224 Objective Payback Title: Payback Units: Years Description: Payback Period Definition: Cumulate( Real_cash_flow, Year ) Nodelocation: 304,200,1 Nodesize: 48,24 Valuestate: 2,280,290,756,303,1,MIDM Reformval: [Year,Cell_type] {!40000|Att_resultslicestate: [Cell_type,3,Electricity_rate_typ,1,Year,1]} Variable Annualized_first_cos Title: Annualized First Cost Units: $ Definition: Capital_cost * (Discount_rate/100) / (1 - (1 + Discount_rate/100) ^ -Project_life) Nodelocation: 120,264,1 Nodesize: 48,24 Close Finance Module Market Title: Market Author: Matthew Date: Thu, 20 Aug 2009 12:07 PM Defaultsize: 48,24 Nodelocation: 256,416,1 Nodesize: 64,36 Diagstate: 1,273,74,578,390,17 Objective Net_revenue Title: Net Revenue Definition: Revenue_from_recs+Revenue_from_feed_in - operation_cost Nodelocation: 480,224,1 Nodesize: 48,24 Windstate: 2,102,90,476,224 Valuestate: 2,72,82,416,303,0,MIDM Reformval: [Year,Cell_type] {!40000|Att_resultslicestate: [Inverter_type,2,Tariff_type,1,Cell_type,1,Year,8]} Variable Rec_generation_facto Title: REC Generation Factor Units: RECs Definition: Energy_produced/1 Nodelocation: 144,240,1 Nodesize: 48,31 Valuestate: 2,248,258,416,303,0,MIDM Reformval: [Power_output_scale,Clipboard_cell_type] Variable Revenue_from_recs Title: Revenue from RECs Units: $ Definition: Price_of_rec1*Rec_generation_facto Nodelocation: 304,280,1 Nodesize: 48,24 Windstate: 2,102,90,476,224 Valuestate: 2,248,258,416,303,1,MIDM Graphsetup: Distresol:5~ Diststeps:1 Reformval: [Year,Cell_type,2,Undefined,1,1] {!40000|Att_resultslicestate: [Inverter_type,2,Rec_type,1,Cell_type,2,Year,31]} Variable Revenue_from_feed_in Title: Revenue from Feed In Tariffs Description: Revenue from Feed In Tariffs Definition: Residential_energy_i*Fit*100 Nodelocation: 296,128,1 Nodesize: 52,31 Valuestate: 2,697,348,416,303,1,MIDM Reformval: [Year,Cell_type] {!40000|Att_resultslicestate: [Inverter_type,1,Tariff_type,1,Cell_type,1,Year,1]} Index Tariff_type Title: Tariff Type Definition: ['NSW Net','None'] Nodelocation: 64,56,1 Nodesize: 48,24 Nodeinfo: 1,1,1,1,1,1,0,0,0,0 {!40000|Att_previndexvalue: ['NSW Net','None']} Index Rec_type {!40000|Att_previndexvalue: ['Market','None']} Title: REC Type Definition: ['Market','None'] Nodelocation: 56,184,1 Nodesize: 48,24 Nodeinfo: 1,1,1,1,1,1,0,0,0,0 Chance Price_of_rec1 Title: Price of REC Definition: Table(Rec_type)(~ Reset;~ GetValueFromWiki(Wiki_Source, Nsw_recs, 'Price(AudPerKiloWattHour)', true),0) Nodelocation: 144,312,1 Nodesize: 52,25 Chance Fit Title: FiT Definition: Table(Tariff_type)(~ Reset;~ GetValueFromWiki(Wiki_Source, NSW_Feed_In_Tariff, 'Price(AudPerKiloWattHour)', true),0) Nodelocation: 176,72,1 Nodesize: 52,25 Close Market Module Physical_model Title: Physical Model Author: Matthew Date: Thu, 20 Aug 2009 12:07 PM Defaultsize: 48,24 Nodelocation: 256,216,1 Nodesize: 56,32 Diagstate: 1,1,5,453,401,17 Module Transform Title: Transform Author: Matthew Date: Thu, 20 Aug 2009 12:07 PM Defaultsize: 48,24 Nodelocation: 112,168,1 Nodesize: 64,36 Diagstate: 1,74,32,574,391,19 Objective Inverter_capital_cos Title: Inverter Capital Cost Units: $ Description: This is the total cost of the capital cost for the inverters required to invert the installed solar panels Definition: Inverter_annual_adop*Inverter_cost*Solar_cell_wattage/1000 Nodelocation: 488,128,1 Nodesize: 48,31 Windstate: 2,652,357,476,224 Valuestate: 2,88,98,416,303,1,MIDM Reformval: [Year,Inverter_type] {!40000|Att_resultslicestate: [Year,23,Inverter_type,1,Cell_type,1]} Objective Inverter_operation_c Title: Inverter Operation Cost Units: $/year Description: The cost of operating and maintaining the inverters per year of the project Definition: Inverter_capital_cos*Inverter_operation_1 Nodelocation: 488,40,1 Nodesize: 48,31 Valuestate: 2,152,162,416,303,1,MIDM Reformval: [Year,Cell_type] Objective Commercial_energy_af Title: Commercial Energy After Inversion Monthly Units: MWh/year Description: The amount of energy being passed into the grid after inverter losses are accounted for. Definition: Commercial_energy_ge*Inverter_total_yearl Nodelocation: 488,224,1 Nodesize: 52,40 Windstate: 2,102,90,476,224 Valuestate: 2,111,72,876,453,1,MIDM Reformval: [Year,Cell_type] {!40000|Att_resultslicestate: [Inverter_type,2,Cell_type,1,Year,1]} Module Inverter_efficiency1 Title: Inverter Efficiency Author: Matthew Date: Tue, 29 Sep 2009 10:46 AM Defaultsize: 48,24 Nodelocation: 96,128,1 Nodesize: 48,24 Diagstate: 1,405,429,550,300,17 Chance Raw_inverter_efficie Title: Raw Inverter Efficiency Units: % Description: The amount of energy that remains after passing through the inverter, expressed as a percentage of the incoming energy. Definition: Reset;~ GetValueFromWiki(Wiki_Source, Wiki_Inverter_types, 'ConversionEfficiency(Percent)', true); Nodelocation: 160,48,1 Nodesize: 48,31 Variable Inverter_yearly_impr Title: Inverter Yearly Improvement Definition: 1-1/((1/inverter_efficiency_)*(Efficiency_index/8)) Nodelocation: 304,136,1 Nodesize: 56,28 Windstate: 2,89,161,476,224 Valuestate: 2,184,194,416,303,1,MIDM Reformval: [Efficiency_index,Inverter_type] Chance Inverter_efficiency_ Title: Inverter Efficiency Improvement Rate Units: %/year Description: The rate that the efficiency of the solar panel is improving per year Definition: Reset;~ GetValueFromWiki(Wiki_Source, Wiki_Inverter_types, 'EfficiencyImprovementRate(PercentPerYear)', true); Nodelocation: 168,136,1 Nodesize: 52,40 Objective Inverter_efficiency Title: Inverter Efficiency Definition: Raw_inverter_efficie*Inverter_yearly_impr Nodelocation: 440,48,1 Nodesize: 48,24 Windstate: 2,250,364,476,224 Reformval: [Efficiency_index,Inverter_type] Close Inverter_efficiency1 Module Inverter_adoption Title: Inverter Adoption Author: Matthew Date: Tue, 29 Sep 2009 10:46 AM Defaultsize: 48,24 Nodelocation: 248,128,1 Nodesize: 48,24 Diagstate: 1,531,146,519,322,17 Chance Inverter_replacemen2 Title: Inverter Replacement Period Units: Years Description: The average longevity of the inverter, after which it will need to be replaced. Definition: Reset;~ GetValueFromWiki(Wiki_Source, Wiki_Inverter_types, 'ReplacementPeriod(Years)', true); Nodelocation: 80,168,1 Nodesize: 52,31 Variable Inverter_no__of_repe Title: Inverter No. of Repeats Units: n/a Description: The number of times that the inverter will, on average, need to be replaced during the period of study. Definition: var MeanPeriod := mean(Inverter_replacemen2, Inverter_type);~ sequence(1,Ceil((project_life+Cell_adoption_year)/MeanPeriod)) Nodelocation: 240,80,1 Nodesize: 48,24 Windstate: 2,206,328,476,224 Variable Dependent_technology Title: Dependent Technology Primary Adoption Definition: for j := (inverter_no__of_repe - 1) ~ do 1/(1+2.71828^(-Cell_growth_to_poten*(Year- (j*Inverter_replacemen2 - Cell_adoption_year)))) Nodelocation: 240,168,1 Nodesize: 48,40 Windstate: 2,300,344,476,224 Reformval: [Year,Inverter_no__of_repe] {!40000|Att_resultslicestate: [Inverter_no__of_repe,1,Inverter_type,1,Year,1]} Objective Inverter_annual_adop Title: Inverter Annual Adoption Cost Definition: sum(if Year = 0 then Dependent_technology[@Year=Year+1] else (Dependent_technology[@Year=Year+1] -Dependent_technology[@Year=Year]), Inverter_no__of_repe) Nodelocation: 416,80,1 Nodesize: 48,40 Windstate: 2,174,262,476,224 Reformval: [Year,Inverter_type] Variable Inverter_adoption_ra Title: Inverter Adoption Rate 2 Definition: for j := (Inverter_no__of_repe -1) ~ do 1/(1+2.71828^(-Cell_growth_to_poten*(Cell_adoption_index - Cell_adoption_year*3 - (j*Inverter_replacemen2)))) Nodelocation: 240,264,1 Nodesize: 48,31 Windstate: 2,283,324,476,224 Valuestate: 2,104,114,416,303,1,MIDM Reformval: [Cell_adoption_index,Inverter_no__of_repe] {!40000|Att_resultslicestate: [Cell_no__of_repeats,1,Cell_type,2,Adoption_years,1]} Objective Inverter_annual_ado2 Title: Inverter Annual Adoption Efficiency Definition: sum(if Cell_year_index = 1 then Inverter_adoption_ra[@Cell_adoption_index=Cell_year_index] else (Inverter_adoption_ra[@Cell_adoption_index=Cell_year_index] -Inverter_adoption_ra[@Cell_adoption_index=Cell_year_index-1]), inverter_no__of_repe) Nodelocation: 416,168,1 Nodesize: 48,40 Windstate: 2,333,317,476,224 Valuestate: 2,120,130,416,303,1,MIDM Reformval: [Cell_year_index,Inverter_type] {!40000|Att_resultslicestate: [Cell_no__of_repeats,1,Cell_type,1,Cell_year_index,1]} Close Inverter_adoption Module Inverter_cost1 Title: Inverter Cost Author: Matthew Date: Tue, 29 Sep 2009 10:46 AM Defaultsize: 48,24 Nodelocation: 248,40,1 Nodesize: 48,24 Diagstate: 1,1,5,550,300,17 Chance Inverter_cost_per_kw Title: Inverter Cost per kW Units: $/kW Description: This is the approximate cost of the inverters required for each kW peak of installed solar panels. Definition: Reset;~ GetValueFromWiki(Wiki_Source, Wiki_Inverter_types, 'CapitalCost(AudPerWatt)', true); Nodelocation: 248,136,1 Nodesize: 60,32 Chance Inverter_operation_1 Title: Inverter Operation Cost as Percentage of First Cost Units: % Description: The amount that the inverters will cost per year for their operation and maintenance, expressed as a proportion of their initial capital investment cost.~ Reference: Definition: Reset;~ GetValueFromWiki(Wiki_Source, Wiki_Inverter_types, 'OperationCostAsPercentageOfFirstCost(Percent)', true); Nodelocation: 400,176,1 Nodesize: 48,58 Chance Inverter_cost_decrea Title: Inverter Cost Decrease Rate Units: %/year Description: The rate that the efficiency of the solar panel is improving per year Definition: Reset;~ GetValueFromWiki(Wiki_Source, Wiki_Inverter_types, 'CostDecreaseRate(PercentPerYear)', true); Nodelocation: 104,56,1 Nodesize: 60,40 Reformdef: [Inverter_type,Cell_type] Variable Inverter_yearly_cost Title: Inverter Yearly Cost Decrease Units: % Description: The amont that the inverter has improved per year from starting position Definition: 1.00 * (1 - Inverter_cost_decrea)^(Year) Nodelocation: 248,56,1 Nodesize: 56,31 Windstate: 2,89,161,476,224 Valuestate: 2,184,194,416,303,1,MIDM Reformval: [Year,Inverter_type] Objective Inverter_cost Title: Inverter Cost Definition: Inverter_cost_per_kw*Inverter_yearly_cost Nodelocation: 400,56,1 Nodesize: 48,24 Reformval: [Year,Inverter_type] Close Inverter_cost1 Variable Inverter_lifespan_ye Title: Inverter Lifespan Yearly Efficiency Definition: sum(if (Cell_year_index < Efficiency_index) then 0 else if (Cell_year_index >= Efficiency_index) and ((Cell_year_index - Efficiency_index) < inverter_replacemen2) then (Inverter_yearly_brea[@Cell_year_index = Efficiency_index]) else 0, Efficiency_index) Nodelocation: 248,224,1 Nodesize: 48,40 Windstate: 2,508,16,476,224 Valuestate: 2,186,87,416,303,1,MIDM Reformval: [Cell_year_index,Inverter_type] {!40000|Att_resultslicestate: [Cell_type,3,Year,1]} Variable Inverter_yearly_brea Title: Inverter Yearly Breakdown Efficiency Definition: sum(if (Cell_year_index < (Efficiency_index)) then 0 else if (Cell_year_index = Efficiency_index) then (inverter_efficiency*Inverter_annual_ado2) else 0, Efficiency_index) Nodelocation: 96,224,1 Nodesize: 48,40 Windstate: 2,694,154,476,224 Valuestate: 2,762,441,416,303,1,MIDM Reformval: [Cell_year_index,Inverter_type] {!40000|Att_resultslicestate: [Year,8,Cell_type,1,Cell_year_index,1]} Variable Inverter_total_yearl Title: Inverter Total Yearly Efficiency Definition: sum(if Year = (Cell_year_index-Cell_adoption_year*2) then Inverter_lifespan_ye else 0, Cell_year_index) Nodelocation: 368,224,1 Nodesize: 48,31 Valuestate: 2,718,56,511,449,1,MIDM Reformval: [Year,Inverter_type] {!40000|Att_resultslicestate: [Year,6,Cell_type,1,Cell_year_index,1]} Objective Residential_energy_a Title: Residential Energy After Inversion Monthly Units: MWh/year Description: The amount of energy being passed into the grid after inverter losses are accounted for. Definition: Residential_energy_g*Inverter_total_yearl Nodelocation: 488,320,1 Nodesize: 52,40 Windstate: 2,102,90,476,224 Valuestate: 2,111,72,876,453,1,MIDM Reformval: [Year,Cell_type] {!40000|Att_resultslicestate: [Inverter_type,2,Cell_type,1,Year,1]} Close Transform Module Transport_and_distri Title: Transport and Distribution Author: Matthew Date: Thu, 20 Aug 2009 12:07 PM Defaultsize: 48,24 Nodelocation: 112,280,1 Nodesize: 64,36 Diagstate: 1,83,34,516,613,19 Chance Local_network_transp Title: Local Network Transport Efficiency Units: % Description: The proportion of the energy being generated from the solar panels after passing through the electric grid, expressed as a proportion of the incoming energy. Definition: Reset;~ GetValueFromWiki(Wiki_Source, Wiki_t_d, 'DistributedEfficiency(Percent)', true); Nodelocation: 72,168,1 Nodesize: 52,44 Objective T_d_capital_cost Title: T&D Capital Cost Units: $ Description: The capital cost of the required transmission equipment Definition: Solar_cell_wattage*T_d_cost_per_kw*Inverter_annual_ado1/1000 Nodelocation: 368,360,1 Nodesize: 48,24 Windstate: 2,102,90,476,224 Valuestate: 2,280,290,416,303,1,MIDM Reformval: [Year,Cell_type] Objective T_d_operation_cost Title: T&D Operation Cost Units: $/year Description: The cost for the operation and maintenance of the transmission and distribution system components required to service the solar panels Definition: T_d_capital_cost*T_d_operation_cost_a Nodelocation: 368,464,1 Nodesize: 48,31 Valuestate: 2,152,162,416,303,1,MIDM Reformval: [Year,Cell_type] Module T_d_adoption Title: T&D Adoption Author: Matthew Date: Tue, 29 Sep 2009 10:46 AM Defaultsize: 48,24 Nodelocation: 176,360,1 Nodesize: 48,24 Variable T_d_no__of_repeats Title: T&D No. of Repeats Definition: sequence(1,Ceil((project_life-Cell_adoption_year)/T_d_replacement_peri)) Nodelocation: 252,144,1 Nodesize: 48,24 Chance T_d_replacement_peri Title: T&D Replacement Period Units: Years Description: The average longevity of the transmission and distribution hardware, after which it will need to be replaced. Definition: Reset;~ GetValueFromWiki(Wiki_Source, Wiki_t_d, 'ReplacementPeriod(Years)', true); Nodelocation: 100,64,1 Nodesize: 52,31 Variable Dependent_technolog1 Title: Dependent Technology Primary Adoption Definition: ~ for j := ( T_d_no__of_repeats- 1) ~ do 1/(1+2.71828^(-Cell_growth_to_poten*(Year- (j*T_d_replacement_peri - Cell_adoption_year)))) Nodelocation: 252,64,1 Nodesize: 48,40 Windstate: 2,300,344,476,224 Reformval: [Year,T_d_no__of_repeats] {!40000|Att_resultslicestate: [T_d_no__of_repeats,1,Cell_type,1,Year,1]} Objective Inverter_annual_ado1 Title: Inverter Annual Adoption Definition: sum(if Year = 0 then Dependent_technolog1[@Year=Year+1] else (Dependent_technolog1[@Year=Year+1] -Dependent_technolog1[@Year=Year]), T_d_no__of_repeats) Nodelocation: 404,64,1 Nodesize: 48,31 Windstate: 2,174,262,476,224 Reformval: [Year,Cell_type] {!40000|Att_resultslicestate: [Dependent_technolog1,2,Cell_type,1,Year,1]} Close T_d_adoption Module T_d_cost Title: T&D Cost Author: Matthew Date: Tue, 29 Sep 2009 10:46 AM Defaultsize: 48,24 Nodelocation: 176,464,1 Nodesize: 48,24 Chance T_d_cost_per_kw Title: T&D Cost per kW Units: $/kW Description: The hardware costs required in the Transmission and Distribution network for every kilowatt of installed solar energy Definition: Reset;~ GetValueFromWiki(Wiki_Source, Wiki_t_d, 'CapitalCost(AudPerWatt)', true); Nodelocation: 192,48,1 Nodesize: 48,24 Chance T_d_operation_cost_a Title: T&D Operation Cost as % of First Cost Units: % Description: The cost for the operation and maintenance of the required system components in the transmission and distribution network, expressed as a percentage of the first cost of these components. Definition: Reset;~ GetValueFromWiki(Wiki_Source, Wiki_t_d, 'OperationCostAsPercentageOfFirstCost(Percent)', true); Nodelocation: 192,160,1 Nodesize: 48,58 Close T_d_cost Chance Residential_electri1 Title: Residential Electricity Returned to Grid Description: The proportion of the residential electricity generation that is not consumed on site of production and returned to the grid Definition: Reset;~ GetValueFromWiki(Wiki_Source, NSW_Feed_In_Tariff, 'MeteringType(Percent)', true); Nodelocation: 72,288,1 Nodesize: 52,44 Variable Residential_energy_i Title: Residential Energy in Grid Definition: Residential_energy_a*Residential_electri1*Local_network_transp Nodelocation: 224,288,1 Nodesize: 52,32 Reformval: [Year,Cell_type] Variable Commercial_energy_in Title: Commercial Energy in Grid Definition: Commercial_electrici*Commercial_energy_af*Local_network_transp Nodelocation: 224,120,1 Nodesize: 52,32 Reformval: [Year,Cell_type] Chance Commercial_electrici Title: Commercial Electricity Returned to Grid Description: The proportion of the residential electricity generation that is not consumed on site of production and returned to the grid Definition: Reset;~ GetValueFromWiki(Wiki_Source, NSW_Feed_In_Tariff, 'MeteringType(Percent)', true); Nodelocation: 72,40,1 Nodesize: 52,44 Objective Energy_after_transp1 Title: Energy After Transport Description: Energy After Transport Definition: Commercial_energy_in+Commercial_energy_no+Residential_energy_i+Residential_energy_n Nodelocation: 400,152,1 Nodesize: 48,31 Reformval: [Year,Cell_type] Variable Commercial_energy_no Title: Commercial Energy Not in Grid Definition: (1-Commercial_electrici)*Commercial_energy_af Nodelocation: 224,40,1 Nodesize: 52,32 Reformval: [Year,Cell_type] Variable Residential_energy_n Title: Residential Energy Not in Grid Definition: Residential_energy_a*(1-Residential_electri1) Nodelocation: 224,200,1 Nodesize: 52,32 Reformval: [Year,Cell_type] Close Transport_and_distri Module Capture Title: Capture Author: Matthew Date: Thu, 20 Aug 2009 12:07 PM Defaultsize: 48,24 Nodelocation: 112,56,1 Nodesize: 64,36 Diagstate: 1,336,79,402,440,19 Objective Solar_cell_capital_c Title: Solar Cell Capital Cost Units: $ Description: The capital cost of the solar panel installation~ Reference: Definition: Cell_total_yearly_co*Cell_base_yearly_wat*Starting_area Nodelocation: 264,120,1 Nodesize: 48,31 Windstate: 2,668,351,476,224 Valuestate: 2,0,0,1264,679,1,MIDM Reformval: [Year,Cell_type] {!40000|Att_resultslicestate: [Cost_years,1,Cell_type,1,Year,24]} Objective Solar_cell_operation Title: Solar Cell Operation Cost Units: $/year Description: This is the cost of the solar cell for operation and maintenance per year Definition: Solar_cell_wattage*Solar_cell_operatio6 Nodelocation: 264,40,1 Nodesize: 48,31 Windstate: 2,181,285,476,224 Valuestate: 2,184,194,416,303,1,MIDM Reformval: [Year,Cell_type] Objective Solar_cell_wattage Title: Solar Cell Wattage Units: W Description: This is the overall wattage (in peak Watts) of the installed solar cells, for a standard insolation rate of 1000W/m2 Definition: Cell_total_yearly_w1*(Feasible_commercial_+Feasible_residential) Nodelocation: 264,192,1 Nodesize: 48,24 Windstate: 2,452,355,476,224 Valuestate: 2,527,240,416,303,1,MIDM Reformval: [Year,Cell_type] {!40000|Att_resultslicestate: [Zoning,1,Cell_type,1,Power_output_scale,1]} Module Solar_cell_data Title: Solar Cell Data Author: Matthew Date: Sat, 22 Aug 2009 10:04 PM Defaultsize: 48,24 Nodelocation: 64,192,1 Nodesize: 48,24 Diagstate: 1,693,5,566,505,17 Module Cell_adoption Title: Cell Adoption Author: Matthew Date: Sat, 19 Sep 2009 12:51 PM Defaultsize: 48,24 Nodelocation: 304,120,1 Nodesize: 48,24 Diagstate: 1,437,96,553,387,17 Variable Cell_no__of_repeats Title: Cell No. of Repeats Units: n/a Description: The number of times that the solar cell is on average going to need to be replaced in the duration of the project. Definition: var MeanPeriod := Mean(Cell_replacement_pe2, Cell_type);~ sequence(1,Ceil((project_life-Cell_adoption_year)/MeanPeriod),1)~ Nodelocation: 344,104,1 Nodesize: 48,24 Windstate: 2,402,228,770,340 Valuestate: 2,136,146,416,303,0,MIDM Reformval: [Self,Undefined] Objective Cell_annual_adoption Title: Cell Annual Adoption Cost Units: % Description: Fisher-Pry market penetration curve. Definition: sum(if Year = 0 then Cell_adoption_rate[@Adoption_Years=Year+1] else (Cell_adoption_rate[@Adoption_Years=Year+1] -Cell_adoption_rate[@Adoption_Years=Year]), Cell_no__of_repeats) Nodelocation: 480,104,1 Nodesize: 48,31 Windstate: 2,122,370,476,254 Valuestate: 2,599,281,393,368,1,MIDM Reformval: [Year,Cell_type] {!40000|Att_resultslicestate: [Cell_type,3,Cell_no__of_repeats,1,Year,1]} Chance Cell_first_year_of_a Title: Cell First Year of Adoption Units: year Description: This is the first year of the product adoption for the purposes of the market penetration curve. does not need to correspond to the project beginning, it should be selected to reflect the year in which the technology being discussed first entered the market.It will be recorded relative to the start of the project ie. can be negative Definition: Reset;~ GetValueFromWiki(Wiki_Source, Adoption_of_solar_en, 'FirstYearOfAdoption', true); Nodelocation: 80,192,1 Nodesize: 56,32 Chance Cell_growth_to_poten Title: Cell Growth to Potential Units: n/a Description: The b value for the Fisher and Pry curve. What dictates the steepness of the market penetration curve Definition: Reset;~ GetValueFromWiki(Wiki_Source, Adoption_of_solar_en, 'BFactor', true); Nodelocation: 200,288,1 Nodesize: 52,28 Variable Cell_adoption_rate Title: Cell Adoption Rate Units: % Description: This is the differentiated Adoption Rate, outputing the percentage of adoption per year Definition: for j := (Cell_no__of_repeats -1) ~ do 1/(1+2.71828^(-Cell_growth_to_poten*(Adoption_years - Cell_adoption_year - (j*Cell_replacement_pe2)))) Nodelocation: 344,192,1 Nodesize: 48,31 Windstate: 2,420,109,751,331 Valuestate: 2,804,182,416,303,1,MIDM Reformval: [Adoption_years,Cell_no__of_repeats] {!40000|Att_resultslicestate: [Cell_no__of_repeats,1,Cell_type,1,Adoption_years,1]} Variable Cell_adoption_year Title: Cell Adoption Year Definition: Floor(Today()/(365*76/100 + 366*24/100) + 1904) - Cell_first_year_of_a; Nodelocation: 200,192,1 Nodesize: 48,31 Valuestate: 2,200,210,416,303,1,MIDM Index Cell_adoption_index Title: Cell Adoption Index Definition: Var Duration := Project_Life + Cell_adoption_year*2;~ Sequence(1, Duration, 1) Nodelocation: 80,64,1 Nodesize: 48,31 Windstate: 2,472,4,476,224 Variable Cell_adoption_rate_2 Title: Cell Adoption Rate 2 Definition: for j := (Cell_no__of_repeats -1) ~ do 1/(1+2.71828^(-Cell_growth_to_poten*(Cell_adoption_index - Cell_adoption_year*3 - (j*Cell_replacement_pe2)))) Nodelocation: 344,288,1 Nodesize: 48,31 Windstate: 2,3,47,476,224 Valuestate: 2,104,114,416,303,1,MIDM Reformval: [Cell_adoption_index,Cell_type] {!40000|Att_resultslicestate: [Cell_no__of_repeats,1,Cell_type,2,Adoption_years,1]} Index Cell_year_index Title: Cell Year Index Definition: Var Duration := Project_Life + Cell_adoption_year*2;~ Sequence(1, Duration, 1) Nodelocation: 80,128,1 Nodesize: 48,24 Windstate: 2,472,4,476,224 Objective Cell_annual_adoptio1 Title: Cell Annual Adoption Efficiency Definition: sum(if Cell_year_index = 1 then Cell_adoption_rate_2[@Cell_adoption_index=Cell_year_index] else (Cell_adoption_rate_2[@Cell_adoption_index=Cell_year_index] -Cell_adoption_rate_2[@Cell_adoption_index=Cell_year_index-1]), cell_no__of_repeats) Nodelocation: 480,289,1 Nodesize: 48,31 Valuestate: 2,120,130,416,303,1,MIDM Reformval: [Cell_year_index,Cell_type] {!40000|Att_resultslicestate: [Cell_no__of_repeats,1,Cell_type,1,Cell_year_index,1]} Chance Cell_replacement_pe2 Title: Cell Replacement Period Units: Years Description: The average longevity of the solar cell, after which it will need to be replaced. Definition: Reset;~ GetValueFromWiki(Wiki_Source, Wiki_solar_cell_type, 'ReplacementPeriod(Years)', true); Nodelocation: 200,104,1 Nodesize: 52,31 Valuestate: 2,152,162,416,303,0,MIDM Reformdef: [Undefined,Cell_type] Close Cell_adoption Module Cell_efficiency Title: Cell Efficiency Author: Matthew Date: Sat, 19 Sep 2009 12:51 PM Defaultsize: 48,24 Nodelocation: 104,216,1 Nodesize: 48,24 Diagstate: 1,86,155,548,384,17 Chance Raw_cell_efficiency Title: Raw Cell Efficiency Units: % Description: The efficiency of the cell in converting solar radiation into electricity.~ Reference: Definition: Reset;~ GetValueFromWiki(Wiki_Source, Wiki_solar_cell_type, 'RawEfficiency(Percent)', true); Nodelocation: 96,232,1 Nodesize: 52,32 Windstate: 2,127,6,461,212 Valuestate: 2,0,-23,1265,680,0,MIDM Reformdef: [Cell_type,Clipboard_cell_type] Objective Module_short_efficie Title: Module Short Efficiency Units: % Description: The efficiency of the solar modules~ Reference: Definition: Packing_factor*Raw_cell_efficiency*Cell_yearly_improvem Nodelocation: 416,73,1 Nodesize: 48,31 Windstate: 2,97,191,476,224 Defnstate: 2,40,50,416,303,0,MIDM Valuestate: 2,56,66,416,303,1,MIDM Reformval: [Efficiency_years,Cell_type] Chance Packing_factor Title: Packing Factor Units: % Description: The percentage area of the module that is comprised of actual power generating cells.~ Reference: Definition: Reset;~ GetValueFromWiki(Wiki_Source, Wiki_solar_cell_type, 'PackingFactor(Percent)', true); Nodelocation: 96,72,1 Nodesize: 52,32 Windstate: 2,457,176,476,224 Chance Cell_efficiency_impr Title: Cell Efficiency Improvement Rate Units: %/year Description: The rate that the efficiency of the solar panel is improving per year Definition: Reset;~ GetValueFromWiki(Wiki_Source, Wiki_solar_cell_type, 'EfficiencyImprovementRate(PercentPerYear)', true); Nodelocation: 96,152,1 Nodesize: 52,40 Variable Cell_yearly_improvem Title: Cell Yearly Improvement Definition: (1 + Cell_efficiency_impr)^Efficiency_years Nodelocation: 256,104,1 Nodesize: 56,28 Windstate: 2,89,161,476,224 Valuestate: 2,184,194,416,303,1,MIDM Reformval: [Cell_type,Efficiency_years] Index Efficiency_index Title: Efficiency Index Definition: sequence(1, project_life + Cell_adoption_year*2, 1) Nodelocation: 56,320,1 Nodesize: 48,24 Variable Cell_yearly_improve1 Title: Cell Yearly Improvement Definition: 1.00 * (1 + Cell_efficiency_impr)^(Efficiency_Index) Nodelocation: 256,200,1 Nodesize: 56,28 Windstate: 2,89,161,476,224 Valuestate: 2,184,194,416,303,1,MIDM Reformval: [Cell_type,Efficiency_index] Objective Module_long_efficien Title: Module Long Efficiency Units: % Description: The efficiency of the solar modules~ Reference: Definition: Packing_factor*Raw_cell_efficiency*Cell_yearly_improve1 Nodelocation: 408,233,1 Nodesize: 48,31 Windstate: 2,97,191,476,224 Defnstate: 2,40,50,416,303,0,MIDM Valuestate: 2,56,66,416,303,1,MIDM Reformval: [Efficiency_index,Cell_type] Close Cell_efficiency Module Cell_cost1 Title: Cell Cost Author: Matthew Date: Sat, 19 Sep 2009 12:51 PM Defaultsize: 48,24 Nodelocation: 104,40,1 Nodesize: 48,24 Diagstate: 1,612,39,453,336,17 Objective Solar_cell_cost Title: Solar Cell Cost Units: $/W Description: The capital cost of the solar technology per m2~ Reference: Definition: Cell_cost_per_watt4*Cell_yearly_decrease Nodelocation: 316,56,1 Nodesize: 48,24 Windstate: 2,430,3,476,224 Reformval: [Cost_years,Cell_type] Chance Cell_cost_decrease_r Title: Cell Cost Decrease Rate Units: % Description: The rate that the cost of the solar panel is decreasing per year Definition: Reset;~ GetValueFromWiki(Wiki_Source, Wiki_solar_cell_type, 'CostDecreaseRate(PercentPerYear)', true); Nodelocation: 76,120,1 Nodesize: 52,32 Variable Cell_yearly_decrease Title: Cell Yearly Decrease Units: % Description: The yearly percent decrease in the price in solar cells from the price in the first year. Definition: 1.00 * (1 - Cell_cost_decrease_r)^(cost_years) Nodelocation: 196,120,1 Nodesize: 56,28 Windstate: 2,89,161,476,224 Valuestate: 2,184,194,416,303,1,MIDM Reformval: [Year,Cell_type] Index Cost_years Title: Cost Years Definition: Sequence( 0, project_life ) Nodelocation: 80,192,1 Nodesize: 48,24 Chance Cell_cost_per_watt4 Title: Cell Cost per Watt Units: $/W Description: The cost of the cell per W Definition: Reset;~ GetValueFromWiki(Wiki_Source, Wiki_solar_cell_type, 'CapitalCost(AudPerWatt)', true); Nodelocation: 72,56,1 Nodesize: 52,32 Chance Solar_cell_operatio6 Title: Solar Cell Operation Cost per Watt Units: $/W Description: This is an approximation of the operational cost of the solar cell, based off a fraction of it's Wattage Definition: Reset;~ GetValueFromWiki(Wiki_Source, Wiki_solar_cell_type, 'OperationCost(AudPerWatt)', true); Nodelocation: 224,240,1 Nodesize: 48,58 Windstate: 2,102,90,487,238 Defnstate: 2,456,318,416,303,0,MIDM Close Cell_cost1 Variable Cell_yearly_breakdow Title: Cell Yearly Breakdown Efficiency Definition: sum(if (year < Efficiency_years) then 0 else if (year = Efficiency_years) then (Module_short_efficie*cell_annual_adoption) else 0, Efficiency_years) Nodelocation: 304,312,1 Nodesize: 48,31 Windstate: 2,635,310,476,224 Valuestate: 2,115,211,416,303,1,MIDM Reformval: [Year,Cell_type] Objective Cell_total_yearly_co Title: Cell Total Yearly Cost Definition: sum(if (year < Cost_years) then 0 else if (year = Cost_years) then (Solar_cell_cost*(cell_annual_adoption+Residential_proporti)) else 0, Cost_years) Nodelocation: 480,40,1 Nodesize: 48,24 Windstate: 2,640,22,476,224 Valuestate: 2,312,322,416,303,1,MIDM Reformval: [Year,Cell_type] Objective Cell_base_yearly_wat Title: Cell Base Yearly Wattage Description: The Wattage that is installed for each year of the study, per base unit Definition: (Cell_yearly_breakdow+Residential_growth_y)*1000 Nodelocation: 480,392,1 Nodesize: 48,31 Windstate: 2,291,290,476,224 Valuestate: 2,55,115,416,303,1,MIDM Reformval: [Year,Cell_type] Variable Cell_yearly_breakdo1 Title: Cell Yearly Breakdown Efficiency 2 Definition: sum(if (Cell_year_index < (Efficiency_index)) then 0 else if (Cell_year_index = Efficiency_index) then (Module_long_efficien*(cell_annual_adoptio1)) else 0, Efficiency_index) Nodelocation: 248,216,1 Nodesize: 48,31 Windstate: 2,747,289,476,224 Valuestate: 2,545,212,416,303,1,MIDM Reformval: [Cell_year_index,Cell_type] {!40000|Att_resultslicestate: [Year,5,Cell_type,1,Cell_year_index,1]} Variable Cell_lifespan_yearly Title: Cell Lifespan Yearly Efficiency Definition: sum(if (Cell_year_index < Efficiency_index) then 0 else if (Cell_year_index >= Efficiency_index) and ((Cell_year_index - Efficiency_index) < cell_replacement_pe2) then (Cell_yearly_breakdo1[@Cell_year_index = Efficiency_index]) else 0, Efficiency_index) Nodelocation: 360,216,1 Nodesize: 48,40 Windstate: 2,508,16,476,224 Valuestate: 2,186,87,416,303,1,MIDM Reformval: [Cell_year_index,Cell_type] {!40000|Att_resultslicestate: [Cell_type,3,Year,1]} Objective Cell_total_yearly_e2 Title: Cell Total Yearly Efficiency Definition: sum(if Year = (Cell_year_index-Cell_adoption_year*2) then Cell_lifespan_yearly+Residential_growth_y else 0, Cell_year_index) Nodelocation: 480,216,1 Nodesize: 48,31 Windstate: 2,-20,145,476,224 Valuestate: 2,718,56,511,449,1,MIDM Reformval: [Year,Cell_type] {!40000|Att_resultslicestate: [Year,6,Cell_type,1,Cell_year_index,1]} Objective Cell_total_yearly_w1 Title: Cell Total Yearly Wattage Definition: Cell_total_yearly_e2*1000 Nodelocation: 480,120,1 Nodesize: 48,31 Windstate: 2,555,30,476,224 Valuestate: 2,132,231,416,303,1,MIDM Reformval: [Year,Cell_type] Variable Residential_growth_y Title: Residential Growth Yearly Wattage Definition: sum(if year = efficiency_years then Module_short_efficie*Residential_proporti else 0, efficiency_years) Nodelocation: 304,392,1 Nodesize: 48,40 Reformval: [Year,Cell_type] Chance Cell_embedded_pollu1 Title: Cell Embedded Pollution Units: Tonnes/W Definition: Reset;~ GetValueFromWiki(Wiki_Source, Wiki_solar_cell_type, 'EmbeddedPollution(KilogramPerWatt)', true); Nodelocation: 96,384,1 Nodesize: 52,32 Defnstate: 2,312,322,688,261,0,MIDM Reformdef: [Cell_type,Greenhouse_gases] Close Solar_cell_data Objective Commercial_energy_ge Title: Commercial Energy Generated Monthly Units: MWh/year Description: The overall energy generated from the solar panels Definition: var i := Monthly_average_inso*Cell_total_yearly_e2*Feasible_commercial_/1000;~ var j := indexesof(i);~ var Index1 := slice(j, 3);~ var Index2 := slice(j, 4);~ sum(sum(i, Index1), Index2)~ Nodelocation: 264,272,1 Nodesize: 52,40 Valuestate: 2,0,0,1264,679,1,MIDM Reformval: [Year,Cell_type] {!40000|Att_resultslicestate: [Sys_localindex('INDROWINDEX'),3,Sys_localindex('INDCOLUMNINDEX'),1,Sys_localindex('INDCOLUMNINDEX',2),1,Cell_type,1,Year,1]} Objective Residential_energy_g Title: Residential Energy Generated Monthly Units: MWh/year Description: The overall energy generated from the solar panels Definition: var i:= sum(Monthly_average_inso*Cell_total_yearly_e2*Feasible_residential/1000, Months_in_year);~ var j := indexesof(i);~ var Index1 := slice(j, 3);~ var Index2 := slice(j, 4);~ sum(sum(i, Index1), Index2) Nodelocation: 264,360,1 Nodesize: 52,40 Windstate: 2,102,90,488,249 Valuestate: 2,0,0,1264,679,1,MIDM Reformval: [Year,Cell_type] {!40000|Att_resultslicestate: [Power_output_scale,6,Clipboard_cell_type,1,Zoning,1]} Module Feasible_area Title: Feasible Area Author: Matthew Date: Wed, 21 Oct 2009 10:35 AM Defaultsize: 48,24 Nodelocation: 64,272,1 Nodesize: 48,24 Diagstate: 1,1,5,550,300,17 Variable Feasible_commercial_ Title: Feasible Commercial Solar Cell Area Units: m2 Description: Determining the surface area of the total solar panel installation. ~ Definition: Var i := columnindex( zoning_restrictions2);~ Var j := rowindex(zoning_restrictions2);~ sum(sum(Available_commercial*Zoning_restrictions2[@i = 1], i),j); Nodelocation: 264,64,1 Nodesize: 52,40 Windstate: 2,75,250,476,224 Valuestate: 2,72,195,494,301,0,MIDM Reformval: [Undefined,Year] {!40000|Att_resultslicestate: [Sys_localindex('INDCOLUMNINDEX'),1,Year,1]} Module Residential_roof_spa Title: Residential Roof Space Author: Matthew Date: Sat, 22 Aug 2009 10:04 PM Defaultsize: 48,24 Nodelocation: 112,176,1 Nodesize: 52,28 Diagstate: 1,-168,95,566,397,17 Chance Initial_no_of_reside Title: Initial No of Residential Buildings Units: None Description: This is the total number of residential buildings within the area of study Definition: Reset;~ GetValueFromWiki(Wiki_Source, Sydney_region, 'ResidentialBuildings', true); Nodelocation: 184,32,1 Nodesize: 48,31 Index Types_of_housing {!40000|Att_previndexvalue: ['Single Story Detatched','Double Story Detatched','Single Story Semi Detatched','Double Story Semi Detached','Flat/Apartment']} Title: Types of Housing Units: n/a Description: Different types of housing available Definition: ['Single Story Detatched','Double Story Detatched','Single Story Semi Detatched','Double Story Semi Detached','Flat/Apartment'] Nodelocation: 72,392,1 Nodesize: 48,24 Chance Initial_housing_brea Title: Initial Housing Breakdown Units: % Description: The proportion of each different housing type as a percentage of the total number of houses Definition: Reset;~ GetValueFromWiki(Wiki_Source, Wiki_housing_types, 'Breakdown(Percent)', true); Nodelocation: 64,177,1 Nodesize: 48,31 Windstate: 2,373,229,476,224 Chance Initial_residential_ Title: Initial Residential Roof Size Units: m2 Description: The average roof size for a house for each of the different housing types.~ Reference: Definition: Reset;~ GetValueFromWiki(Wiki_Source, Wiki_housing_types, 'RoofArea(SquareMeter)', true); Nodelocation: 96,304,1 Nodesize: 48,31 Windstate: 2,102,90,476,224 Variable Total_roof_space Title: Total Roof Space Units: m2 Description: This is the total roof space of all residential buildings within the study area Definition: Yearly_housing_break*Yearly_residential_r*Yearly_no_of_residen Nodelocation: 312,176,1 Nodesize: 48,24 Valuestate: 2,232,242,907,398,1,MIDM Reformval: [Year,Types_of_housing] Chance Usable_roof_factor Title: Usable Roof Factor Units: % Description: The is the fraction of the overall roof space that can be used for the installation of solar panels Definition: Reset;~ GetValueFromWiki(Wiki_Source, California_dwelling, 'UsableRoofFactor(Percent)', true); Nodelocation: 312,96,1 Nodesize: 48,24 Windstate: 2,402,116,476,224 Objective Available_residentia Title: Available Residential Roof Space Units: m2 Description: The total residential roof space available for solar panels Definition: sum(Total_roof_space*Usable_roof_factor*Solar_cell_social_ac, types_of_housing) Nodelocation: 448,176,1 Nodesize: 48,31 Windstate: 2,330,199,476,224 Valuestate: 2,264,274,416,303,1,MIDM Chance Solar_cell_social_ac Title: Solar Cell Social Acceptance Factor Units: n/a Description: Social acceptability of the solar technology, independent of economic considerations Definition: Reset;~ GetValueFromWiki(Wiki_Source, Australian_attitude_, 'Acceptance(Percent)', true); Nodelocation: 312,272,1 Nodesize: 48,40 Windstate: 2,102,90,476,224 Chance Building_no__rate_of Title: Building No. Rate of Change Description: The yearly rate of increase in the number of residential buildings Definition: 0.005 Nodelocation: 72,48,1 Nodesize: 48,31 Variable Yearly_no_of_residen Title: Yearly No of Residential Buildings Definition: Initial_no_of_reside*(1+Building_no__rate_of)^year Nodelocation: 184,105,1 Nodesize: 48,31 Chance Housing_breakdown_ch Title: Housing Breakdown Change Definition: Table(Types_of_housing)(~ 0.03,0.04,-0.06,-0.08,0.02) Nodelocation: 64,241,1 Nodesize: 48,31 Variable Yearly_housing_break Title: Yearly Housing Breakdown Definition: Initial_housing_brea*(1+Housing_breakdown_ch)^year Nodelocation: 176,185,1 Nodesize: 48,31 Variable Yearly_residential_r Title: Yearly Residential Roof Size Definition: Initial_residential_*(1+Rate_of_roof_size_ch)^year Nodelocation: 208,257,1 Nodesize: 48,31 Chance Rate_of_roof_size_ch Title: Rate of Roof Size Change Definition: Table(Types_of_housing)(~ 0.02,-0.05,0.01,0,-0.04) Nodelocation: 224,337,1 Nodesize: 48,31 Objective Residential_proporti Title: Residential Proportion Increase from Growth Definition: Var i:= Available_residentia[@year = year+1] /Available_residentia[@year=1];~ if year = 0 then 0 else i[@year = year+1] - i[@year = year] Nodelocation: 448,80,1 Nodesize: 48,49 Windstate: 2,314,49,476,224 Valuestate: 2,653,7,416,303,1,MIDM Objective Starting_area Title: Starting Area Definition: Available_residentia[@year = 1] Nodelocation: 448,264,1 Nodesize: 48,24 Windstate: 2,552,-17,476,224 Close Residential_roof_spa Module Commercial_roof_spac Title: Commercial Roof Space Author: Matthew Date: Sat, 22 Aug 2009 10:04 PM Defaultsize: 48,24 Nodelocation: 112,64,1 Nodesize: 52,28 Diagstate: 1,1,5,560,334,17 Chance Surface_area_of_comm Title: Surface Area of Commercial Rooftop Units: m2 Description: This is the total number of residential buildings within the area of study Definition: Reset;~ GetValueFromWiki(Wiki_Source, commercial_Sydney, 'SurfaceArea(SquareMeter)', true); Nodelocation: 160,160,1 Nodesize: 60,40 Windstate: 2,255,284,476,224 Variable Total_commercial_roo Title: Total Commercial Roof Space Units: m2 Description: This is the total roof space of all residential buildings within the study area Definition: (Surface_area_of_comm/Number_of_floors)*(1+Commercial_growth_ra)^year~ Nodelocation: 328,160,1 Nodesize: 52,28 Windstate: 2,371,123,476,333 Valuestate: 2,312,322,416,303,0,MIDM Chance Commercial_usable_ro Title: Commercial Usable Roof Factor Units: % Description: The is the fraction of the overall roof space that can be used for the installation of solar panels Definition: Reset;~ GetValueFromWiki(Wiki_Source, Wiki_commercial_buil, 'UsableRoofFactor(Percent)', true); Nodelocation: 328,72,1 Nodesize: 52,36 Windstate: 2,286,196,476,224 Objective Available_commercial Title: Available Commercial Roof Space Units: m2 Description: The total residential roof space available for solar panels Definition: Total_commercial_roo*Commercial_usable_ro Nodelocation: 464,160,1 Nodesize: 52,48 Windstate: 2,330,199,476,224 Chance Commercial_growth_ra Title: Commercial Growth Rate Definition: 0.01 Nodelocation: 192,248,1 Nodesize: 56,36 Chance Number_of_floors Title: Number of Floors Definition: Reset;~ GetValueFromWiki(Wiki_Source, commercial_Sydney, 'AverageNumberOfFloors', true); Nodelocation: 168,72,1 Nodesize: 48,24 Close Commercial_roof_spac Variable Feasible_residential Title: Feasible Residential Solar Cell Area Units: m2 Description: Determining the surface area of the total solar panel installation. ~ Definition: Available_residentia*zoning_restrictions1[@zoning = 3] Nodelocation: 264,176,1 Nodesize: 48,40 Windstate: 2,69,143,476,224 Valuestate: 2,0,0,1265,680,1,MIDM Reformval: [Year,Sys_localindex('INDCOLUMNINDEX')] {!40000|Att_resultslicestate: [Power_output_scale,6,Clipboard_cell_type,1,Zoning,1]} Close Feasible_area Module Insolation Title: Insolation Author: Matthew Date: Wed, 21 Oct 2009 10:35 AM Nodelocation: 64,360,1 Nodesize: 48,24 Chance Monthly_average_inso Title: Monthly Average Insolation Definition: Wiki2dmatrixconstruc( Wiki_sydney_insolati, true) Nodelocation: 256,55,1 Nodesize: 48,31 Valuestate: 2,200,210,416,303,0,MIDM Reformval: [Sys_localindex('INDCOLUMNINDEX'),Sys_localindex('INDROWINDEX')] Chance Wiki_sydney_insolati Title: Wiki Sydney Insolation Definition: Reset;~ GetValueFromWiki(Wiki_Source, Sydney_region, 'MonthlyAverageInsolation(KiloWattHourPerDay)', false); Nodelocation: 96,55,1 Nodesize: 48,31 Displayoutputs: , Close Insolation Close Capture Objective Capital_cost Title: Capital Cost Units: $ Description: The total initial cost for the installation of all system components Definition: Inverter_capital_cos+Solar_cell_capital_c+T_d_capital_cost Nodelocation: 352,169,1 Nodesize: 48,31 Valuestate: 2,136,146,416,303,1,MIDM Reformval: [Year,Inverter_type] {!40000|Att_resultslicestate: [Cell_type,1,Cost_years,22,Inverter_type,1,Year,1]} Objective Operation_cost Title: Operation Cost Units: $/year Description: The total cost for operation and maintenance incurred throughout all of the additional installed system parts. Definition: Inverter_operation_c+Solar_cell_operation+T_d_operation_cost Nodelocation: 352,57,1 Nodesize: 48,31 Reformval: [Year,Cell_type] Objective Energy_produced Title: Energy Produced Units: kWh/year Description: The energy that is added to the system from the solar panels per year after all losses are accounted for. Definition: Energy_after_transp1 Nodelocation: 352,281,1 Nodesize: 48,31 Windstate: 2,531,7,476,224 Valuestate: 2,248,258,416,303,1,MIDM Reformval: [Year,Inverter_type] {!40000|Att_resultslicestate: [Inverter_type,1,Year,2,Cell_type,1]} Module Solar_generation Title: Solar Generation Author: Matthew Date: Tue, 27 Oct 2009 11:51 AM Defaultsize: 48,24 Nodelocation: 240,344,1 Nodesize: 64,32 Diagstate: 1,1,5,1102,558,17 Objective Commercial_energy_g1 Title: Commercial Energy Generated Monthly Units: MWh/year Description: The overall energy generated from the solar panels Definition: var i := Monthly_average_ins1*Cell_total_yearly_e1*Feasible_commercial1/1000;~ var j := indexesof(i);~ var Index1 := slice(j, 3);~ var Index2 := slice(j, 4);~ sum(sum(i, Index1), Index2)~ Nodelocation: 928,296,1 Nodesize: 52,40 Valuestate: 2,0,0,1264,679,1,MIDM Reformval: [Year,Cell_type] {!40000|Att_resultslicestate: [Sys_localindex('INDROWINDEX'),3,Sys_localindex('INDCOLUMNINDEX'),1,Sys_localindex('INDCOLUMNINDEX',2),1,Cell_type,1,Year,1]} Variable Feasible_commercial1 Title: Feasible Commercial Solar Cell Area Units: m2 Description: Determining the surface area of the total solar panel installation. ~ Definition: Var i := columnindex( zoning_restrictions2);~ Var j := rowindex(zoning_restrictions2);~ sum(sum(Available_commercia1*Zoning_restrictions2[@i = 1], i),j); Nodelocation: 584,376,1 Nodesize: 52,40 Windstate: 2,75,250,476,224 Valuestate: 2,72,195,494,301,0,MIDM Reformval: [Undefined,Year] {!40000|Att_resultslicestate: [Sys_localindex('INDCOLUMNINDEX'),1,Year,1]} Module Residential_roof_sp1 Title: Residential Roof Space Author: Matthew Date: Sat, 22 Aug 2009 10:04 PM Defaultsize: 48,24 Nodelocation: 328,496,1 Nodesize: 52,28 Diagstate: 1,-168,95,566,397,17 Chance Initial_no_of_resid1 Title: Initial No of Residential Buildings Units: None Description: This is the total number of residential buildings within the area of study Definition: Reset;~ GetValueFromWiki(Wiki_Source, Sydney_region, 'ResidentialBuildings', true); Nodelocation: 200,48,1 Nodesize: 48,31 Index Types_of_housing1 {!40000|Att_previndexvalue: ['Single Story Detatched','Double Story Detatched','Single Story Semi Detatched','Double Story Semi Detached','Flat/Apartment']} Title: Types of Housing Units: n/a Description: Different types of housing available Definition: ['Single Story Detatched','Double Story Detatched','Single Story Semi Detatched','Double Story Semi Detached','Flat/Apartment'] Nodelocation: 88,408,1 Nodesize: 48,24 Chance Initial_housing_bre1 Title: Initial Housing Breakdown Units: % Description: The proportion of each different housing type as a percentage of the total number of houses Definition: Reset;~ GetValueFromWiki(Wiki_Source, Wiki_housing_types, 'Breakdown(Percent)', true); Nodelocation: 80,193,1 Nodesize: 48,31 Windstate: 2,373,229,476,224 Chance Initial_residential1 Title: Initial Residential Roof Size Units: m2 Description: The average roof size for a house for each of the different housing types.~ Reference: Definition: Reset;~ GetValueFromWiki(Wiki_Source, Wiki_housing_types, 'RoofArea(SquareMeter)', true); Nodelocation: 112,320,1 Nodesize: 48,31 Windstate: 2,102,90,476,224 Variable Total_roof_space1 Title: Total Roof Space Units: m2 Description: This is the total roof space of all residential buildings within the study area Definition: Yearly_housing_brea1*Yearly_residential_1*Yearly_no_of_reside1 Nodelocation: 328,192,1 Nodesize: 48,24 Valuestate: 2,232,242,907,398,1,MIDM Reformval: [Year,Types_of_housing1] Chance Usable_roof_factor1 Title: Usable Roof Factor Units: % Description: The is the fraction of the overall roof space that can be used for the installation of solar panels Definition: Reset;~ GetValueFromWiki(Wiki_Source, California_dwelling, 'UsableRoofFactor(Percent)', true); Nodelocation: 328,112,1 Nodesize: 48,24 Windstate: 2,402,116,476,224 Objective Available_residenti1 Title: Available Residential Roof Space Units: m2 Description: The total residential roof space available for solar panels Definition: sum(Total_roof_space1*Usable_roof_factor1*Solar_cell_social_a1, Types_of_housing1) Nodelocation: 464,192,1 Nodesize: 48,31 Windstate: 2,330,199,476,224 Valuestate: 2,264,274,416,303,1,MIDM Chance Solar_cell_social_a1 Title: Solar Cell Social Acceptance Factor Units: n/a Description: Social acceptability of the solar technology, independent of economic considerations Definition: Reset;~ GetValueFromWiki(Wiki_Source, Australian_attitude_, 'Acceptance(Percent)', true); Nodelocation: 328,288,1 Nodesize: 48,40 Windstate: 2,102,90,476,224 Chance Building_no__rate_o1 Title: Building No. Rate of Change Description: The yearly rate of increase in the number of residential buildings Definition: 0.005 Nodelocation: 88,64,1 Nodesize: 48,31 Variable Yearly_no_of_reside1 Title: Yearly No of Residential Buildings Definition: Initial_no_of_resid1*(1+Building_no__rate_o1)^year Nodelocation: 200,121,1 Nodesize: 48,31 Chance Housing_breakdown_c1 Title: Housing Breakdown Change Definition: Table(Types_of_housing1)(~ 0.03,0.04,-0.06,-0.08,0.02) Nodelocation: 80,257,1 Nodesize: 48,31 Variable Yearly_housing_brea1 Title: Yearly Housing Breakdown Definition: Initial_housing_bre1*(1+Housing_breakdown_c1)^year Nodelocation: 192,201,1 Nodesize: 48,31 Variable Yearly_residential_1 Title: Yearly Residential Roof Size Definition: Initial_residential1*(1+Rate_of_roof_size_c1)^year Nodelocation: 224,273,1 Nodesize: 48,31 Chance Rate_of_roof_size_c1 Title: Rate of Roof Size Change Definition: Table(Types_of_housing1)(~ 0.02,-0.05,0.01,0,-0.04) Nodelocation: 240,353,1 Nodesize: 48,31 Objective Residential_proport1 Title: Residential Proportion Increase from Growth Definition: Var i:= Available_residenti1[@year = year+1] /Available_residenti1[@year=1];~ if year = 0 then 0 else i[@year = year+1] - i[@year = year] Nodelocation: 464,96,1 Nodesize: 48,49 Windstate: 2,314,49,476,224 Valuestate: 2,653,7,416,303,1,MIDM Objective Starting_area1 Title: Starting Area Definition: Available_residenti1[@year = 1] Nodelocation: 464,280,1 Nodesize: 48,24 Windstate: 2,552,-17,476,224 Close Residential_roof_sp1 Module Commercial_roof_spa1 Title: Commercial Roof Space Author: Matthew Date: Sat, 22 Aug 2009 10:04 PM Defaultsize: 48,24 Nodelocation: 48,456,1 Nodesize: 52,28 Diagstate: 1,1,5,560,334,17 Chance Surface_area_of_com1 Title: Surface Area of Commercial Rooftop Units: m2 Description: This is the total number of residential buildings within the area of study Definition: Reset;~ GetValueFromWiki(Wiki_Source, Wiki_commercial_buil, 'RoofArea(SquareMeter)', true); Nodelocation: 208,176,1 Nodesize: 60,40 Windstate: 2,255,284,476,224 Variable Total_commercial_ro1 Title: Total Commercial Roof Space Units: m2 Description: This is the total roof space of all residential buildings within the study area Definition: Surface_area_of_com1*(1+Commercial_growth_r1)^year~ Nodelocation: 344,176,1 Nodesize: 52,28 Windstate: 2,371,123,476,333 Valuestate: 2,312,322,416,303,0,MIDM Chance Commercial_usable_r1 Title: Commercial Usable Roof Factor Units: % Description: The is the fraction of the overall roof space that can be used for the installation of solar panels Definition: Reset;~ GetValueFromWiki(Wiki_Source, Wiki_commercial_buil, 'UsableRoofFactor(Percent)', true); Nodelocation: 344,88,1 Nodesize: 52,36 Windstate: 2,286,196,476,224 Objective Available_commercia1 Title: Available Commercial Roof Space Units: m2 Description: The total residential roof space available for solar panels Definition: Total_commercial_ro1*Commercial_usable_r1 Nodelocation: 480,176,1 Nodesize: 52,48 Windstate: 2,330,199,476,224 Chance Commercial_growth_r1 Title: Commercial Growth Rate Definition: 0.01 Nodelocation: 208,264,1 Nodesize: 56,36 Close Commercial_roof_spa1 Variable Feasible_residentia1 Title: Feasible Residential Solar Cell Area Units: m2 Description: Determining the surface area of the total solar panel installation. ~ Definition: Available_residenti1*zoning_restrictions1[@zoning = 3] Nodelocation: 640,496,1 Nodesize: 48,40 Windstate: 2,69,143,476,224 Valuestate: 2,0,0,1265,680,1,MIDM Reformval: [Year,Sys_localindex('INDCOLUMNINDEX')] {!40000|Att_resultslicestate: [Power_output_scale,6,Clipboard_cell_type,1,Zoning,1]} Chance Monthly_average_ins1 Title: Monthly Average Insolation Definition: Wiki2dmatrixconstruc( Wiki_sydney_insolat1, true) Nodelocation: 776,47,1 Nodesize: 48,31 Valuestate: 2,200,210,416,303,0,MIDM Reformval: [Sys_localindex('INDCOLUMNINDEX'),Sys_localindex('INDROWINDEX')] Chance Wiki_sydney_insolat1 Title: Wiki Sydney Insolation Definition: Reset;~ GetValueFromWiki(Wiki_Source, Sydney_region, 'MonthlyAverageInsolation(KiloWattHourPerDay)', false); Nodelocation: 616,47,1 Nodesize: 48,31 Objective Residential_energy_1 Title: Residential Energy Generated Monthly Units: MWh/year Description: The overall energy generated from the solar panels Definition: var i:= sum(Monthly_average_ins1*Cell_total_yearly_e1*Feasible_residentia1/1000, Months_in_year);~ var j := indexesof(i);~ var Index1 := slice(j, 3);~ var Index2 := slice(j, 4);~ sum(sum(i, Index1), Index2) Nodelocation: 928,392,1 Nodesize: 52,40 Windstate: 2,102,90,488,249 Valuestate: 2,0,0,1264,679,1,MIDM Reformval: [Year,Cell_type] {!40000|Att_resultslicestate: [Power_output_scale,6,Clipboard_cell_type,1,Zoning,1]} Objective Solar_cell_operatio3 Title: Solar Cell Operation Cost Units: $/year Description: This is the cost of the solar cell for operation and maintenance per year Definition: Solar_cell_wattage1*Solar_cell_operatio4 Nodelocation: 928,64,1 Nodesize: 48,31 Valuestate: 2,184,194,416,303,1,MIDM Reformval: [Year,Cell_type] Objective Solar_cell_wattage1 Title: Solar Cell Wattage Units: W Description: This is the overall wattage (in peak Watts) of the installed solar cells, for a standard insolation rate of 1000W/m2 Definition: Cell_total_yearly_w2*(Feasible_commercial1+Feasible_residentia1) Nodelocation: 928,216,1 Nodesize: 48,24 Windstate: 2,452,355,476,224 Valuestate: 2,527,240,416,303,1,MIDM Reformval: [Year,Cell_type] {!40000|Att_resultslicestate: [Zoning,1,Cell_type,1,Power_output_scale,1]} Module Cell_adoption1 Title: Cell Adoption Author: Matthew Date: Sat, 19 Sep 2009 12:51 PM Defaultsize: 48,24 Nodelocation: 280,120,1 Nodesize: 48,24 Diagstate: 1,437,96,593,338,17 Variable Cell_no__of_repeats1 Title: Cell No. of Repeats Units: n/a Description: The number of times that the solar cell is on average going to need to be replaced in the duration of the project. Definition: var MeanPeriod := Mean(Cell_replacement_pe3, Cell_type);~ sequence(1,Ceil((project_life-Cell_adoption_year1)/MeanPeriod),1)~ Nodelocation: 360,120,1 Nodesize: 48,24 Windstate: 2,402,228,770,340 Valuestate: 2,136,146,416,303,0,MIDM Reformval: [Self,Undefined] Objective Cell_annual_adoptio2 Title: Cell Annual Adoption Cost Units: % Description: Fisher-Pry market penetration curve. Definition: sum(if Year = 0 then Cell_adoption_rate1[@Adoption_Years=Year+1] else (Cell_adoption_rate1[@Adoption_Years=Year+1] -Cell_adoption_rate1[@Adoption_Years=Year]), Cell_no__of_repeats1) Nodelocation: 496,120,1 Nodesize: 48,31 Windstate: 2,122,370,476,254 Valuestate: 2,599,281,393,368,1,MIDM Reformval: [Year,Cell_type] {!40000|Att_resultslicestate: [Cell_type,3,Cell_no__of_repeats,1,Year,1]} Chance Cell_first_year_of_1 Title: Cell First Year of Adoption Units: year Description: This is the first year of the product adoption for the purposes of the market penetration curve. does not need to correspond to the project beginning, it should be selected to reflect the year in which the technology being discussed first entered the market.It will be recorded relative to the start of the project ie. can be negative Definition: Reset;~ GetValueFromWiki(Wiki_Source, Adoption_of_solar_en, 'FirstYearOfAdoption', true); Nodelocation: 96,208,1 Nodesize: 56,32 Chance Cell_growth_to_pote2 Title: Cell Growth to Potential Units: n/a Description: The b value for the Fisher and Pry curve. What dictates the steepness of the market penetration curve Definition: 0.25 Nodelocation: 216,304,1 Nodesize: 52,28 Variable Cell_adoption_rate1 Title: Cell Adoption Rate Units: % Description: This is the differentiated Adoption Rate, outputing the percentage of adoption per year Definition: for j := (Cell_no__of_repeats1 -1) ~ do 1/(1+2.71828^(-Cell_growth_to_pote2*(Adoption_years - Cell_adoption_year1 - (j*Cell_replacement_pe3)))) Nodelocation: 360,208,1 Nodesize: 48,31 Windstate: 2,420,109,751,331 Valuestate: 2,804,182,416,303,1,MIDM Reformval: [Adoption_years,Cell_no__of_repeats1] {!40000|Att_resultslicestate: [Cell_no__of_repeats,1,Cell_type,1,Adoption_years,1]} Variable Cell_adoption_year1 Title: Cell Adoption Year Definition: Floor(Today()/(365*76/100 + 366*24/100) + 1904) - Cell_first_year_of_1; Nodelocation: 216,208,1 Nodesize: 48,31 Valuestate: 2,200,210,416,303,1,MIDM Index Cell_adoption_index1 Title: Cell Adoption Index Definition: Var Duration := Project_Life + Cell_adoption_year1*2;~ Sequence(1, Duration, 1) Nodelocation: 96,80,1 Nodesize: 48,31 Windstate: 2,472,4,476,224 Variable Cell_adoption_rate_1 Title: Cell Adoption Rate 2 Definition: for j := (Cell_no__of_repeats1 -1) ~ do 1/(1+2.71828^(-Cell_growth_to_pote2*(Cell_adoption_index1 - Cell_adoption_year1*3 - (j*Cell_replacement_pe3)))) Nodelocation: 360,304,1 Nodesize: 48,31 Windstate: 2,3,47,476,224 Valuestate: 2,104,114,416,303,1,MIDM Reformval: [Cell_adoption_index1,Cell_no__of_repeats1] {!40000|Att_resultslicestate: [Cell_no__of_repeats,1,Cell_type,2,Adoption_years,1]} Index Cell_year_index1 Title: Cell Year Index Definition: Var Duration := Project_Life + Cell_adoption_year1*2;~ Sequence(1, Duration, 1) Nodelocation: 96,144,1 Nodesize: 48,24 Windstate: 2,472,4,476,224 Objective Cell_annual_adoptio3 Title: Cell Annual Adoption Efficiency Definition: sum(if Cell_year_index1 = 1 then Cell_adoption_rate_1[@Cell_adoption_index1=Cell_year_index1] else (Cell_adoption_rate_1[@Cell_adoption_index1=Cell_year_index1] -Cell_adoption_rate_1[@Cell_adoption_index1=Cell_year_index1-1]), Cell_no__of_repeats1) Nodelocation: 496,305,1 Nodesize: 48,31 Valuestate: 2,120,130,416,303,1,MIDM Reformval: [Cell_year_index1,Cell_type] {!40000|Att_resultslicestate: [Cell_no__of_repeats,1,Cell_type,1,Cell_year_index,1]} Chance Cell_replacement_pe3 Title: Cell Replacement Period Units: Years Description: The average longevity of the solar cell, after which it will need to be replaced. Definition: 35 Nodelocation: 208,128,1 Nodesize: 52,31 Valuestate: 2,152,162,416,303,0,MIDM Reformdef: [Undefined,Cell_type] Chance Cell_growth_to_pote3 Title: Cell Growth to Potential Units: n/a Description: The b value for the Fisher and Pry curve. What dictates the steepness of the market penetration curve Definition: Reset;~ GetValueFromWiki(Wiki_Source, Adoption_of_solar_en, 'BFactor', true); Nodelocation: 312,592,1 Nodesize: 52,28 Close Cell_adoption1 Module Cell_efficiency1 Title: Cell Efficiency Author: Matthew Date: Sat, 19 Sep 2009 12:51 PM Defaultsize: 48,24 Nodelocation: 80,216,1 Nodesize: 48,24 Diagstate: 1,86,155,572,369,17 Chance Raw_cell_efficiency1 Title: Raw Cell Efficiency Units: % Description: The efficiency of the cell in converting solar radiation into electricity.~ Reference: Definition: Reset;~ GetValueFromWiki(Wiki_Source, Wiki_solar_cell_type, 'RawEfficiency(Percent)', true); Nodelocation: 112,248,1 Nodesize: 52,32 Windstate: 2,127,6,461,212 Valuestate: 2,0,-23,1265,680,0,MIDM Reformdef: [Cell_type,Clipboard_cell_type] Objective Module_short_effici1 Title: Module Short Efficiency Units: % Description: The efficiency of the solar modules~ Reference: Definition: Packing_factor1*Raw_cell_efficiency1*Cell_yearly_improve2 Nodelocation: 432,89,1 Nodesize: 48,31 Windstate: 2,97,191,476,224 Defnstate: 2,40,50,416,303,0,MIDM Valuestate: 2,56,66,416,303,1,MIDM Reformval: [Efficiency_years,Cell_type] Chance Packing_factor1 Title: Packing Factor Units: % Description: The percentage area of the module that is comprised of actual power generating cells.~ Reference: Definition: Reset;~ GetValueFromWiki(Wiki_Source, Wiki_solar_cell_type, 'PackingFactor(Percent)', true); Nodelocation: 112,88,1 Nodesize: 52,32 Windstate: 2,457,176,476,224 Chance Cell_efficiency_imp1 Title: Cell Efficiency Improvement Rate Units: %/year Description: The rate that the efficiency of the solar panel is improving per year Definition: Reset;~ GetValueFromWiki(Wiki_Source, Wiki_solar_cell_type, 'EfficiencyImprovementRate(PercentPerYear)', true); Nodelocation: 112,168,1 Nodesize: 52,40 Variable Cell_yearly_improve2 Title: Cell Yearly Improvement Definition: (1 + Cell_efficiency_imp1)^Efficiency_years Nodelocation: 272,120,1 Nodesize: 56,28 Windstate: 2,89,161,476,224 Valuestate: 2,184,194,416,303,1,MIDM Reformval: [Cell_type,Efficiency_years] Index Efficiency_index1 Title: Efficiency Index Definition: sequence(1, project_life + Cell_adoption_year1*2, 1) Nodelocation: 72,336,1 Nodesize: 48,24 Variable Cell_yearly_improve3 Title: Cell Yearly Improvement Definition: 1.00 * (1 + Cell_efficiency_imp1)^(Efficiency_index1) Nodelocation: 272,216,1 Nodesize: 56,28 Windstate: 2,89,161,476,224 Valuestate: 2,184,194,416,303,1,MIDM Reformval: [Cell_type,Efficiency_index1] Objective Module_long_efficie1 Title: Module Long Efficiency Units: % Description: The efficiency of the solar modules~ Reference: Definition: Packing_factor1*Raw_cell_efficiency1*Cell_yearly_improve3 Nodelocation: 424,249,1 Nodesize: 48,31 Windstate: 2,97,191,476,224 Defnstate: 2,40,50,416,303,0,MIDM Valuestate: 2,56,66,416,303,1,MIDM Reformval: [Efficiency_index1,Cell_type] Close Cell_efficiency1 Module Cell_cost2 Title: Cell Cost Author: Matthew Date: Sat, 19 Sep 2009 12:51 PM Defaultsize: 48,24 Nodelocation: 80,40,1 Nodesize: 48,24 Diagstate: 1,612,39,550,300,17 Objective Solar_cell_cost1 Title: Solar Cell Cost Units: $/W Description: The capital cost of the solar technology per m2~ Reference: Definition: Cell_cost_per_watt3*Cell_yearly_decreas1 Nodelocation: 484,112,1 Nodesize: 48,24 Windstate: 2,430,3,476,224 Reformval: [Cost_years1,Cell_type] Chance Solar_cell_operatio4 Title: Solar Cell Operation Cost per Watt Units: $/W Description: This is an approximation of the operational cost of the solar cell, based off a fraction of it's Wattage Definition: Table(Cell_type)(~ 0.02,0.02,0.03) Nodelocation: 120,120,1 Nodesize: 48,58 Windstate: 2,102,90,487,238 Defnstate: 2,456,318,416,303,0,MIDM Chance Cell_cost_per_watt2 Title: Cell Cost per Watt Units: $/W Description: The cost of the cell per W Definition: Reset;~ GetValueFromWiki(Wiki_Source, Wiki_solar_cell_type, 'CapitalCost(AudPerWatt)', true); Nodelocation: 280,408,1 Nodesize: 52,32 Chance Cell_cost_decrease_1 Title: Cell Cost Decrease Rate Units: % Description: The rate that the cost of the solar panel is decreasing per year Definition: Reset;~ GetValueFromWiki(Wiki_Source, Wiki_solar_cell_type, 'CostDecreaseRate(PercentPerYear)', true); Nodelocation: 244,176,1 Nodesize: 52,32 Variable Cell_yearly_decreas1 Title: Cell Yearly Decrease Units: % Description: The yearly percent decrease in the price in solar cells from the price in the first year. Definition: 1.00 * (1 - Cell_cost_decrease_1)^(Cost_years1) Nodelocation: 364,176,1 Nodesize: 56,28 Windstate: 2,89,161,476,224 Valuestate: 2,184,194,416,303,1,MIDM Reformval: [Year,Cell_type] Index Cost_years1 Title: Cost Years Definition: Sequence( 0, project_life ) Nodelocation: 248,248,1 Nodesize: 48,24 Chance Solar_cell_operatio5 Title: Solar Cell Operation Cost per Watt Units: $/W Description: This is an approximation of the operational cost of the solar cell, based off a fraction of it's Wattage Definition: Reset;~ GetValueFromWiki(Wiki_Source, Wiki_solar_cell_type, 'OperationCost(AudPerWatt)', true); Nodelocation: 128,424,1 Nodesize: 48,58 Windstate: 2,102,90,487,238 Defnstate: 2,456,318,416,303,0,MIDM Chance Cell_cost_per_watt3 Title: Cell Cost per Watt Units: $/W Description: The cost of the cell per W Definition: Table(Cell_type)(~ 9.6,9.5,11) Nodelocation: 240,112,1 Nodesize: 52,32 Close Cell_cost2 Variable Cell_yearly_breakdo2 Title: Cell Yearly Breakdown Efficiency Definition: sum(if (year < Efficiency_years) then 0 else if (year = Efficiency_years) then (Module_short_effici1*Cell_annual_adoptio2) else 0, Efficiency_years) Nodelocation: 280,312,1 Nodesize: 48,31 Windstate: 2,635,310,476,224 Valuestate: 2,115,211,416,303,1,MIDM Reformval: [Year,Cell_type] Objective Cell_total_yearly_c1 Title: Cell Total Yearly Cost Definition: sum(if (year < Cost_years1) then 0 else if (year = Cost_years1) then (Solar_cell_cost1*(Cell_annual_adoptio2+Residential_proport1)) else 0, Cost_years1) Nodelocation: 456,40,1 Nodesize: 48,24 Windstate: 2,640,22,476,224 Valuestate: 2,312,322,416,303,1,MIDM Reformval: [Year,Cell_type] Objective Cell_base_yearly_wa1 Title: Cell Base Yearly Wattage Description: The Wattage that is installed for each year of the study, per base unit Definition: (Cell_yearly_breakdo2+Residential_growth_1)*1000 Nodelocation: 456,288,1 Nodesize: 48,31 Windstate: 2,291,290,476,224 Valuestate: 2,55,115,416,303,1,MIDM Reformval: [Year,Cell_type] Variable Cell_yearly_breakdo3 Title: Cell Yearly Breakdown Efficiency 2 Definition: sum(if (Cell_year_index1 < (Efficiency_index1)) then 0 else if (Cell_year_index1 = Efficiency_index1) then (Module_long_efficie1*(Cell_annual_adoptio3)) else 0, Efficiency_index1) Nodelocation: 224,216,1 Nodesize: 48,31 Windstate: 2,747,289,476,224 Valuestate: 2,545,212,416,303,1,MIDM Reformval: [Cell_year_index1,Cell_type] {!40000|Att_resultslicestate: [Year,5,Cell_type,1,Cell_year_index,1]} Variable Cell_lifespan_yearl1 Title: Cell Lifespan Yearly Efficiency Definition: sum(if (Cell_year_index1 < Efficiency_index1) then 0 else if (Cell_year_index1 >= Efficiency_index1) and ((Cell_year_index1 - Efficiency_index1) < Cell_replacement_pe3) then (Cell_yearly_breakdo3[@Cell_year_index1 = Efficiency_index1]) else 0, Efficiency_index1) Nodelocation: 336,216,1 Nodesize: 48,40 Windstate: 2,508,16,476,224 Valuestate: 2,186,87,416,303,1,MIDM Reformval: [Cell_year_index1,Cell_type] {!40000|Att_resultslicestate: [Cell_type,3,Year,1]} Objective Cell_total_yearly_e1 Title: Cell Total Yearly Efficiency Definition: sum(if Year = (Cell_year_index1-Cell_adoption_year1*2) then Cell_lifespan_yearl1+Residential_growth_1 else 0, Cell_year_index1) Nodelocation: 456,216,1 Nodesize: 48,31 Windstate: 2,-20,145,476,224 Valuestate: 2,718,56,511,449,1,MIDM Reformval: [Year,Cell_type] {!40000|Att_resultslicestate: [Year,6,Cell_type,1,Cell_year_index,1]} Objective Cell_total_yearly_w2 Title: Cell Total Yearly Wattage Definition: Cell_total_yearly_e1*1000 Nodelocation: 456,120,1 Nodesize: 48,31 Windstate: 2,555,30,476,224 Valuestate: 2,132,231,416,303,1,MIDM Reformval: [Year,Cell_type] Variable Residential_growth_1 Title: Residential Growth Yearly Wattage Definition: sum(if year = efficiency_years then Module_short_effici1*Residential_proport1 else 0, efficiency_years) Nodelocation: 280,392,1 Nodesize: 48,40 Reformval: [Year,Cell_type] Chance Cell_embedded_pollu2 Title: Cell Embedded Pollution Units: Tonnes/W Definition: Reset;~ GetValueFromWiki(Wiki_Source, Wiki_solar_cell_type, 'EmbeddedPollution(KilogramPerWatt)', true); Nodelocation: 72,384,1 Nodesize: 52,32 Defnstate: 2,312,322,688,261,0,MIDM Reformdef: [Cell_type,Greenhouse_gases] Objective Solar_cell_capital_1 Title: Solar Cell Capital Cost Units: $ Description: The capital cost of the solar panel installation~ Reference: Definition: Cell_total_yearly_c1*Cell_base_yearly_wa1*Starting_area1 Nodelocation: 928,144,1 Nodesize: 48,31 Windstate: 2,668,351,476,224 Valuestate: 2,0,0,1264,679,1,MIDM Reformval: [Year,Cell_type] {!40000|Att_resultslicestate: [Cost_years,1,Cell_type,1,Year,24]} Close Solar_generation Close Physical_model Module Natural_resource_man Title: Natural Resource Management Author: Matthew Date: Thu, 20 Aug 2009 12:07 PM Defaultsize: 48,24 Nodelocation: 80,416,1 Nodesize: 60,36 Diagstate: 1,46,114,543,295,17 Objective C02_avoided Title: C02 Avoided Units: Tonnes CO2e Definition: Nsw_average_co2e_per*Equivalent_power_gen-Emissions_from_panel Nodelocation: 432,120,1 Nodesize: 48,24 Reformval: [Inverter_type,Cell_type] Chance Nsw_average_co2e_per Title: NSW Average CO2e per MWh Units: tonnes CO2e/MWh Definition: Reset;~ GetValueFromWiki(Wiki_Source, Wiki_NSW_Electricity, 'AverageEmissions(TonnesPerMegaWattHour)', true); Nodelocation: 312,200,1 Nodesize: 48,40 Variable Loss_factor Title: Loss Factor Units: % Description: This is the loss in power experienced between the power generation and delivery to the end user Definition: 1/Centralized_efficien Nodelocation: 184,120,1 Nodesize: 48,24 Variable Equivalent_power_gen Title: Equivalent Power Generation Units: MWh Description: The equivalent amount of centrally generated power as produced by the installed solar capacity for the duration of the period of study. Definition: sum(energy_produced*Loss_factor, Year) Nodelocation: 312,120,1 Nodesize: 48,31 Valuestate: 2,120,130,416,303,1,MIDM Reformval: [Inverter_type,Cell_type] Variable Emissions_from_panel Title: Emissions from Panels Definition: sum(energy_produced*Cell_embedded_pollu1, year) Nodelocation: 312,40,1 Nodesize: 48,24 Windstate: 2,258,135,476,224 Reformval: [Inverter_type,Cell_type] Chance Centralized_efficien Title: Centralized Efficiency Definition: Reset;~ GetValueFromWiki(Wiki_Source, Wiki_NSW_Electricity, 'CentralizedEfficiency(Percent)', true); Nodelocation: 72,120,1 Nodesize: 48,24 Close Natural_resource_man Module Parameter_indexes Title: Parameter~ Indexes Author: Matthew Date: Sun, 13 Sep 2009 7:55 AM Defaultsize: 48,24 Nodelocation: 80,216,1 Nodesize: 56,32 Diagstate: 1,8,5,543,300,17 Index Year Title: Year Units: Year Description: The year of the project Definition: sequence(0, Project_Life) Nodelocation: 96,48,1 Nodesize: 48,24 Index Days_in_year Title: Days in Year Definition: Sequence( 1, 365, 1 ) Nodelocation: 320,48,1 Nodesize: 48,24 Index Months_in_year Title: Months in Year Units: Months Description: A list of the months in the year Definition: ['January','February','March','April','May','June','July','August','September','October','November','December'] Nodelocation: 208,48,1 Nodesize: 48,24 Index Greenhouse_gases Title: Greenhouse Gases Units: n/a Description: List of all the most significant greenhouse gases, excluding water vapour Definition: ['Carbon Dioxide','Methane','Nitrogen Oxides','Carbon Monoxide','Ozone','VOCs','HFCs','PFCs','Sulphur Hexaflouride','Sulphur Dioxide'] Nodelocation: 96,112,1 Nodesize: 52,28 Index Efficiency_years Title: Efficiency Years Definition: Sequence( 0, project_life ) Nodelocation: 208,112,1 Nodesize: 48,31 Close Parameter_indexes Module Wiki_extraction Title: Wiki Extraction Author: Duran Date: ÐÇÆ, 6 Ê®Ô 2009 4:46 PM Defaultsize: 48,24 Nodelocation: 256,320,1 Nodesize: 48,24 Diagstate: 1,20,69,467,438,17 Index Adoption_years Title: Adoption Years Definition: sequence(0,(project_life +min(Cell_adoption_year,cell_type))) Nodelocation: 368,32,1 Nodesize: 48,24 Windstate: 2,373,195,476,224 Function Getvaluefromwiki(WikiLocation, InstanceName, PropertyName, isNumber) Title: GetValueFromWiki(WikiLocation, InstanceName, PropertyName, isNumber) Definition: var URLsuffix := '/index.php?action=ajax&rs=smwf_ws_callEQIXML&rsargs[]=';~ var URLfull := WikiLocation & URLsuffix & '[[' & InstanceName & ']]|?' & PropertyName;~ ~ var XmlValue :=ReadFromURL(URLfull, method:'GET');~ ~ var StrValue := FindInText('\(?.+?)\', XmlValue, re:true, return:'S', subPattern:'value');~ ~ IF isNumber = false THEN StrValue ELSE IF evaluate(StrValue) = Null THEN 'Value is not a valid number.' ELSE evaluate(StrValue); Nodelocation: 200,112,1 Nodesize: 48,76 Windstate: 2,102,90,774,449 Paramnames: WikiLocation,InstanceName,PropertyName,isNumber Chance Wiki_source Title: Wiki Source Definition: 'http://moxy.com.au/Wiki' Nodelocation: 368,96,1 Nodesize: 48,24 Windstate: 2,144,78,474,330 Variable Reset Title: Reset Definition: 0 Nodelocation: 200,240,1 Nodesize: 48,24 Windstate: 2,102,90,476,224 Module Buildings Title: Buildings Author: Matthew Date: Thu, 8 Oct 2009 9:10 AM Defaultsize: 48,24 Nodelocation: 80,320,1 Nodesize: 48,24 Diagstate: 1,495,53,550,300,17 Chance Wiki_housing_types Title: Wiki Housing Types Definition: Table(Types_of_housing)(~ 'Single_Story_Detached_Dwelling_Sydney','Double_Story_Detached_Dwelling_Sydney','Single_Story_Semi-Detached_Dwelling_Sydney','Double_Story_Semi-Detached_Dwelling_Sydney','Apartment_Dwelling_Sydney') Nodelocation: 240,56,1 Nodesize: 56,32 Chance Wiki_commercial_buil Title: Wiki Commercial Building Definition: 'Commercial_Building_California' Nodelocation: 240,128,1 Nodesize: 56,32 Chance California_dwelling Title: California Dwelling Definition: 'Dwelling_California' Nodelocation: 88,56,1 Nodesize: 56,32 Chance Commercial_sydney Title: Commercial Sydney Definition: 'Commercial Building Sydney' Nodelocation: 96,128,1 Nodesize: 56,28 Close Buildings Module Solar_cells Title: Solar Cells Author: Matthew Date: Thu, 8 Oct 2009 9:10 AM Defaultsize: 48,24 Nodelocation: 80,376,1 Nodesize: 48,24 Chance Wiki_solar_cell_type Title: Wiki Solar Cell Types Definition: Table(Cell_type)(~ 'Monocrystalline_Solar_Cell','Polycrystalline_Solar_Cell','Amorphous_Solar_Cell') Nodelocation: 104,56,1 Nodesize: 48,31 Chance Australian_attitude_ Title: Australian Attitude to Solar Definition: 'Australian_Attitude_Towards_Solar_Cells' Nodelocation: 104,136,1 Nodesize: 56,32 Chance Adoption_of_solar_en Title: Adoption of Solar Energy in Australia Definition: 'Adoption_Of_Solar_Cell_Technology_In_Australia' Nodelocation: 272,56,1 Nodesize: 56,44 Close Solar_cells Function Wiki2dmatrixconstruc(rawWikiScript, IsNumber) Title: Wiki2DMatrixConstructor(rawWikiScript, IsNumber) Description: This function is used to convert data matrix script stored in wiki to a 2D table (with rows and columns only). The index of the table is named 'indRowIndex' and 'indColumnIndex' respectively. The assignment of cell values is to fill each column of one row, then to another row. Definition: VAR arrAllElems := SplitText(rawWikiScript, ')(');~ VAR arrAllElemsClean := TextTrim(arrAllElems, trimChars:'()');~ ~ VAR arrRowDimension := Splittext(Slice(arrAllElemsClean, 1), ',');~ INDEX indRowIndex := arrRowDimension;~ VAR arrColumnDimension := Splittext(Slice(arrAllElemsClean, 2), ',');~ INDEX indColumnIndex := arrColumnDimension;~ VAR arrValues := Splittext(Slice(arrAllElemsClean, 3), ',');~ ~ VAR dataMatrix := Array(indColumnIndex, indRowIndex, [[]]);~ VAR counter := 0;~ for i := indRowIndex do~ for j := indColumnIndex do~ BEGIN~ counter := counter + 1;~ IF IsNumber = False THEN dataMatrix[indRowIndex=i, indColumnIndex=j] := Slice(arrValues, counter) ELSE dataMatrix[indRowIndex=i, indColumnIndex=j] := evaluate(Slice(arrValues, counter))~ END;~ dataMatrix;~ ~ Nodelocation: 80,72,1 Nodesize: 48,60 Windstate: 2,416,-9,565,513 Paramnames: rawWikiScript,IsNumber Module Inverter Title: Inverter Author: Matthew Date: Tue, 13 Oct 2009 11:36 AM Nodelocation: 304,376,1 Nodesize: 48,24 Chance Wiki_inverter_types Title: Wiki Inverter Types Definition: Table(Inverter_type)(~ 'High_Efficiency_Inverter','Low_Efficiency_Inverter') Nodelocation: 96,55,1 Nodesize: 48,31 Close Inverter Module T_d Title: T&D Author: Matthew Date: Tue, 13 Oct 2009 11:36 AM Nodelocation: 192,376,1 Nodesize: 48,24 Chance Wiki_t_d Title: Wiki T&D Definition: 'NSW_Electricity_Network' Nodelocation: 96,48,1 Nodesize: 48,24 Close T_d Module Project1 Title: Project Author: Matthew Date: Tue, 13 Oct 2009 11:36 AM Nodelocation: 192,320,1 Nodesize: 48,24 Chance Wiki_project_constra Title: Wiki Project Constraints Definition: 'Solar_Analysis_Project' Nodelocation: 96,48,1 Nodesize: 48,24 Close Project1 Module Nsw_region Title: NSW Region Author: Matthew Date: Tue, 13 Oct 2009 11:36 AM Defaultsize: 48,24 Nodelocation: 304,320,1 Nodesize: 48,24 Diagstate: 1,1,42,550,263,17 Chance Sydney_region Title: Sydney Region Definition: 'Sydney_Region' Nodelocation: 216,112,1 Nodesize: 48,28 Chance Wiki_nsw_electricity Title: Wiki NSW Electricity Network Definition: 'NSW_Electricity_Network' Nodelocation: 96,48,1 Nodesize: 48,31 Chance Australian_electrici Title: Australian Electricity Market Definition: 'Australian_Electricity_Market' Nodelocation: 96,120,1 Nodesize: 48,31 Chance Nsw_recs Title: NSW RECS Definition: 'NSW_Renewable_Energy_Certificates' Nodelocation: 328,48,1 Nodesize: 48,31 Chance Nsw_feed_in_tariff Title: NSW Feed In Tariff Definition: 'NSW_Feed_In_Tariffs' Nodelocation: 208,48,1 Nodesize: 48,24 Windstate: 2,102,90,476,224 Close Nsw_region Function Rowindex(GeneratedTable) Title: rowIndex(GeneratedTable) Definition: Slice(IndexesOf(GeneratedTable),1) Nodelocation: 80,168,1 Nodesize: 48,31 Paramnames: GeneratedTable Function Columnindex(GeneratedTable) Title: columnIndex(GeneratedTable) Definition: Slice(IndexesOf(GeneratedTable),2) Nodelocation: 80,240,1 Nodesize: 48,31 Paramnames: GeneratedTable Close Wiki_extraction Button Enable_data_reload_f Title: Enable Data Reload from Wiki Description: Hit this button then re-evaluate the model, then you will have the latest data loaded and displayed. Nodelocation: 144,31,1 Nodesize: 112,15 Script: IF Reset = 0 THEN Reset := 1 ELSE Reset := 0 Close Solaranalysis1