$Name [1] "P1.C2a.FullRebate" $Simulation $Simulation$`Time Step (s)` [1] 900 $Simulation$`Starting Year` [1] 2018 $Simulation$`Number of Years` [1] 16 $Simulation$`PV Start (Wp)` [1] 0 $Simulation$`PV End (Wp)` [1] 10000 $Simulation$`PV Delta (Wp)` [1] 500 $Simulation$`Battery Start (Wh)` [1] 0 $Simulation$`Battery End (Wh)` [1] 20000 $Simulation$`Battery Delta (Wh)` [1] 1000 $Simulation$`NPV Skim Top (%)` [1] 0.05 $Financial $Financial$`Analysis Years` [1] 10 $Financial$`Discount Rate (%)` [1] 0.06 $Load $Load$Profile [1] "SunWiz: Double Peak" $Load$`Annual Consumption (MWh)` [1] 5.2 $Load$Filename [1] "pattern_double_peak.csv" $Load$Filepath [1] "C:/Users/kelvi/OneDrive/PhD/Project/Electroscape/Published/01 Energy Policy/_Scenarios/ConsumptionPatterns_SunWiz" $Insolation $Insolation$Profile [1] "PVWatts: Perth" $Insolation$Type [1] "Fixed" $Insolation$Tilt [1] 20 $Insolation$Azimuth [1] 0 $Insolation$`SysLoss (%)` [1] 0.14 $Insolation$Latitude [1] 31.95 $Insolation$Longitude [1] 115.77 $Insolation$Filename [1] "pvwatts_perth_hourly.csv" $Insolation$Filepath [1] "C:/Users/kelvi/OneDrive/PhD/Project/Electroscape/Published/01 Energy Policy/_Scenarios/Insolation_PVWatts" $PV $PV$`Panel Type` [1] "Generic" $PV$`System Losses (%)` [1] 0.14 $PV$`25 Year Capacity (%)` [1] 0.8 $Battery $Battery$Type [1] "Tesla Powerwall 2" $Battery$`Input Loss (%)` [1] 0.05660189 $Battery$`Output Loss (%)` [1] 0.05660189 $Battery$`Input Limit (W)` [1] 5000 $Battery$`Output Limit (W)` [1] 5000 $Battery$`10 Year Capacity (%)` [1] 0.7 $`System Costs` $`System Costs`$`PV Cost ($/kWp)` [1] 1400 $`System Costs`$`Battery Cost ($/kWh)` [1] 900 $`System Costs`$`PV Cost Change (%)` [1] -0.059 $`System Costs`$`Battery Cost Change (%)` [1] -0.08 $`Electricity Tariffs` $`Electricity Tariffs`$`Import ($/kWh)` [1] 0.27 $`Electricity Tariffs`$`Export ($/kWh)` [1] 0.27 $`Electricity Tariffs`$`Import Inflation (%)` [1] 0.05 $`Electricity Tariffs`$`Export Inflation (%)` [1] 0.05 $`Electricity Tariffs`$`FiT System Limit (Wp)` [1] 5000