public ArrayParametersComputedList(GISData gis, ArrayParameterList array) : base(new List <FloatParameter>(), defaults)
{
int numModules = calcNumPanelsOnRoof(gis.width, gis.height, array.module_model_params.getWidth(), array.module_model_params.getHeight());
if (array.inverter_model_params == null)
{
InverterModelParams imp = new DatasheetInverterModel("default", numModules * array.module_model_params.getRatedPower() * 1.15f);
array.setInverterModelParams(imp);
}
int[] shape = calcArrayWiring(numModules, array.inverter_model_params.getMaxRatedVoltage(), array.module_model_params.getVmax());
Dictionary <string, IParameter> update = new Dictionary <string, IParameter>()
{
{ "modules_per_string", new FloatParameter("modules_per_string", shape[0]) },
{ "strings_in_parallel", new FloatParameter("strings_in_parallel", shape[1]) },
{ "subarray1_tilt", new FloatParameter("subarray1_tilt", gis.tilt) },
{ "subarray1_azimuth", new FloatParameter("subarray1_azimuth", gis.azimuth) },
{ "inverter_count", new FloatParameter("inverter_count", 1) }
};
parameters.Clear();
foreach (string key in update.Keys)
{
parameters.Add(key, update[key]);
}
}
public ArrayParametersComputedList(GISData gis, ArrayParameterList array)
: base(new List<FloatParameter>(),defaults)
{
int numModules = calcNumPanelsOnRoof(gis.width, gis.height, array.module_model_params.getWidth(), array.module_model_params.getHeight());
if (array.inverter_model_params == null)
{
InverterModelParams imp = new DatasheetInverterModel("default", numModules * array.module_model_params.getRatedPower() * 1.15f);
array.setInverterModelParams(imp);
}
int[] shape = calcArrayWiring(numModules, array.inverter_model_params.getMaxRatedVoltage(), array.module_model_params.getVmax());
Dictionary<string, IParameter> update = new Dictionary<string, IParameter>() {
{"modules_per_string", new FloatParameter("modules_per_string",shape[0])},
{"strings_in_parallel", new FloatParameter("strings_in_parallel",shape[1])},
{"subarray1_tilt", new FloatParameter("subarray1_tilt",gis.tilt)},
{"subarray1_azimuth", new FloatParameter("subarray1_azimuth",gis.azimuth)},
{"inverter_count", new FloatParameter("inverter_count", 1)}
};
parameters.Clear();
foreach (string key in update.Keys)
{
parameters.Add(key,update[key]);
}
}
public PVSystemModel(GISData gis,ArrayParameterListBuilder apl,UtilityRateParameterBuilder upl, CashLoanParameterBuilder clp, SizeAndCostParameterBuilder scb)
{
gisData = gis;
arrayBuilder = apl;
utilityBuilder = upl;
cashBuilder = clp;
sizeBuilder = scb;
}
public static MultiplePVSystemModel multiRunModel(GISData gis, GUIData gui, int[] years)
{
MultiplePVSystemModel pv = new MultiplePVSystemModel();
for (int i = 0; i < years.Length; i++)
{
String fn = "ExampleFiles\\Prospector\\radwx_075153995_" + years[i] + "~.tm2";
pv.Add(runModel(gis, gui, fn));
}
return pv;
}
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 ArrayParameterList(IEnumerable <IParameter> input, GISData gis) : base(input, defaults)
{
this.gis = gis;
string module_model_identifier;
string inverter_model_identifier;
module_model_identifier = "default";
//module_model_identifier = "BEoptCA Default Module";
inverter_model_identifier = "default";
//inverter_model_identifier = "ABB: MICRO-0.25-I-OUTD-US-208 208V [CEC 2014]";
//TODO Get the appropriate ones based on the identifiers
int module_model = 1;
int inverter_model = 1;
//inverter_model_params = InverterModelParams.getInverterParams(inverter_model, inverter_model_identifier);
inverter_model_params = null;
module_model_params = ModuleModelParams.getModuleParams(module_model, module_model_identifier);
}
public static PVSAMV1Settings getSettings(GISData gis)
{
PVSAMV1Settings pvss = PVSAMV1Settings.getDefault();
int numModules = calcNumPanelsOnRoof(gis.width, gis.height, pvss.module_model.getWidth(), pvss.module_model.getHeight());
if (pvss.inverter_model == null)
{
//InverterModelParams imp = new DatasheetInverterModel("default", numModules * pvss.module_model_params.getRatedPower() * 1.15f);
//pvss.inverter_model = imp;
}
int[] shape = calcArrayWiring(numModules, pvss.inverter_model.getMaxRatedVoltage(), pvss.module_model.getVmax());
pvss.modules_per_string = shape[0];
pvss.strings_in_parallel = shape[1];
pvss.subarray1_tilt = gis.tilt;
pvss.subarray1_azimuth = gis.azimuth;
pvss.inverter_count = 1;
return pvss;
}
public ArrayParameterList(IEnumerable<IParameter> input, GISData gis)
: base(input,defaults)
{
this.gis = gis;
string module_model_identifier;
string inverter_model_identifier;
module_model_identifier = "default";
//module_model_identifier = "BEoptCA Default Module";
inverter_model_identifier = "default";
//inverter_model_identifier = "ABB: MICRO-0.25-I-OUTD-US-208 208V [CEC 2014]";
//TODO Get the appropriate ones based on the identifiers
int module_model = 1;
int inverter_model = 1;
//inverter_model_params = InverterModelParams.getInverterParams(inverter_model, inverter_model_identifier);
inverter_model_params = null;
module_model_params = ModuleModelParams.getModuleParams(module_model, module_model_identifier);
}
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 static PVSystemModel runModel(GISData gis, GUIData gui)
{
return runModel(gis, gui, null);
}
public GISData build()
{
GISData d = new GISData(this);
return(d);
}
public void initialize(GISData gis)
{
isInit = true;
this.gis = gis;
}
public ArrayParameterListBuilder(GISData gis)
{
initialize(gis);
}
public void initialize(GISData gis)
{
isInit = true;
this.gis = gis;
}
public ArrayParameterListBuilder(GISData gis)
{
initialize(gis);
}
public GISData build()
{
GISData d = new GISData(this);
return d;
}