public PVSystemModel(GISData gis,ArrayParameterListBuilder apl,UtilityRateParameterBuilder upl, CashLoanParameterBuilder clp, SizeAndCostParameterBuilder scb)
{
gisData = gis;
arrayBuilder = apl;
utilityBuilder = upl;
cashBuilder = clp;
sizeBuilder = scb;
}
public static PVSystemModel runModel(GISData gis, GUIData gui,string filename)
{
ArrayParameterListBuilder ab = new ArrayParameterListBuilder();
UtilityRateParameterBuilder ub = new UtilityRateParameterBuilder();
CashLoanParameterBuilder cb = new CashLoanParameterBuilder();
SizeAndCostParameterBuilder sc = new SizeAndCostParameterBuilder();
if (filename != null)
{
ab.weather_file(filename);
}
sc.overall_cost_per_watt_dc(gui.cost_per_watt_dc);
ub.analysis_years(gui.analysis_years);
ub.rate_escalation(gui.inflation_rate + gui.utility_ann_escal_rate);
ub.ur_monthly_fixed_charge(gui.utility_monthly_fixed_cost);
ub.ur_flat_buy_rate(gui.utility_price_to_compare);
ub.ur_flat_sell_rate(gui.utility_price_to_compare);
ub.ur_sell_eq_buy(true);
cb.loan_rate(gui.loan_rate);
cb.loan_term(gui.loan_term);
cb.loan_debt(gui.loan_debt);
cb.inflation_rate(gui.inflation_rate);
cb.discount_rate(gui.discount_rate);
if (gui.enable_incentives)
{//Enable
cb.pbi_sta_amount(gui.srec_price / 1000f);
cb.itc_fed_percent(30);
}
else
{//Disable
cb.pbi_sta_amount(0);
cb.itc_fed_percent(0);
}
PVSystemModel pv = new PVSystemModel(gis, ab, ub, cb, sc);
pv.run();
return pv;
}
public void initialize(SystemModelOutput smo, UtilityRateOutput uro)
{
SizeAndCostParameterList sc = new SizeAndCostParameterBuilder(smo).build();
initialize(sc, uro);
}
public void initialize(SystemModelOutput smo, UtilityRateOutput uro)
{
SizeAndCostParameterList sc = new SizeAndCostParameterBuilder(smo).build();
initialize(sc, uro);
}