public static CompiledOutputData run(GISData gis, GUIData gui)
{
PVSAMV1Settings pvss = GISAdapter.getSettings(gis);
float arraypower = pvss.modules_per_string * pvss.strings_in_parallel * pvss.module_model.getRatedPower();
DatasheetInverterSettings inverter = new DatasheetInverterSettings("default", arraypower * 1.15f);
pvss.inverter_model = inverter;
PVSAMV1Output pvo = (PVSAMV1Output)ModuleRunner.runModule(pvss);
UtilityRateSettings urs = GUIAdapter.getUtilityRateSettings(gui);
urs.setValuesFromPriorOutput(pvo);
UtilityRateOutput uro = (UtilityRateOutput)ModuleRunner.runModule(urs);
SizeAndCostSettings sc = GUIAdapter.getSizeAndCostSettings(gui);
sc.setValuesFromPriorOutput(pvo);
CashLoanSettings cls = GUIAdapter.getCashLoanSettings(gui);
cls.setValuesFromPriorOutput(sc, uro);
CashLoanOutput clo = (CashLoanOutput)ModuleRunner.runModule(cls);
return(new CompiledOutputData(pvo, uro, clo, sc));
}
public void setValuesFromPriorOutput(PVSAMV1Output smo)
{
ac_rating = smo.inv_ac_rating;
dc_rating = smo.sys_dc_rating * 1000;
direct_cost = dc_rating * (pv_cost_per_watt_dc + other_system_cost_per_watt_dc + installation_cost_per_watt_dc + installer_overhead_per_watt_dc)
+ ac_rating * inv_cost_per_watt_ac;
float sales_tax = (direct_cost) * (sales_tax_rate / 100f) * (sales_tax_cost_basis_as_pct / 100f);
indirect_cost = sales_tax + dc_rating * (permitting_env_cost_per_watt_dc + engineering_cost_per_watt_dc + grid_intercon_cost_per_watt_dc + land_cost_per_watt_dc);
if (use_overall_cost_per_watt_dc > 0)
{
direct_cost *= overall_cost_per_watt_dc / cost_per_watt_dc;
indirect_cost *= overall_cost_per_watt_dc / cost_per_watt_dc;
}
}
public void setValuesFromPriorOutput(PVSAMV1Output s)
{
e_with_system = s.getHourlyElectricityProuction();
}
