private static Module InitializeModule([NotNull] Tooling.SAM.Data data,
PVSystemKey key,
float powerinKw,
float dcAcRatio,
[NotNull] RunningConfig config)
{
data.SetString("solar_resource_file", Path.Combine(config.Directories.SamDirectory, "2050_V1_1.csv"));
// data.SetString( "solar_resource_file", "C:/Users/Pan2/Downloads/weather/tmy_era_47.056_7.585_2005_2014.epw" );
data.SetNumber("system_capacity", powerinKw);
data.SetNumber("module_type", 0f);
data.SetNumber("dc_ac_ratio", dcAcRatio);
data.SetNumber("inv_eff", 96f);
data.SetNumber("losses", 14.075660705566406f);
data.SetNumber("array_type", 0f);
data.SetNumber("tilt", key.Tilt);
data.SetNumber("azimuth", key.Azimut);
data.SetNumber("gcr", 0.40000000596046448f);
data.SetNumber("adjust:constant", 0f);
var module = new Module("pvwattsv5");
if (null == module)
{
throw new FlaException("error: could not create 'pvwattsv5' module.");
}
return(module);
}
public void TestPVSystemKey()
{
PVSystemKey pk1 = new PVSystemKey(10, 10, 2050);
PVSystemKey pk2 = new PVSystemKey(10, 10, 2050);
Assert.Equal(pk1, pk2);
Assert.True(pk1 == pk2);
}
public PVSystemSettings(PVSystemKey key, float acPower, float dcAcRatio, [NotNull] ILogger logger, int idx) : base(logger,
Stage.ProfileGeneration,
nameof(PVSystemSettings))
{
PVSystemKey = key;
AcPower = acPower;
DcAcRatio = dcAcRatio;
_idx = idx;
}
public void RunPVTest()
{
PVSystemKey key = new PVSystemKey(0, 30, 2050);
PVSystemSettings pvs = new PVSystemSettings(key, 1, 1, Logger, 1);
Directory.SetCurrentDirectory(Config.Directories.SamDirectory);
var pvprofile = pvs.Run(Config);
Logger.Info("Total Energy: " + pvprofile.EnergySum(), Stage.Testing, "RunPVTest");
}
public PVResults(double capacityFactor, double kwhPerKW, [NotNull] List <float> pvProfile,
double maxPower, PVSystemKey key)
{
//AnnualEnergy = annualEnergy;
CapacityFactor = capacityFactor;
KwhPerKW = kwhPerKW;
PVProfile = pvProfile;
MaxPower = maxPower;
Key = key;
}
private PVSystemKey MakeKeyFromPVArea([NotNull] PVSystemArea area)
{
PVSystemKey key = new PVSystemKey((int)area.Azimut, (int)area.Tilt, Slice.DstYear);
return(key);
}
private PVResults ExecuteCalculation([NotNull] Module module, [NotNull] Tooling.SAM.Data data, double powerinKw, PVSystemKey key)
{
if (!module.Exec(data))
{
var idx = 0;
while (module.Log(idx, out string msg, out int type, out float time))
{
var stype = "NOTICE";
if (type == API.WARNING)
{
stype = "WARNING";
}
else if (type == API.ERROR)
{
stype = "ERROR";
}
Info("[" + stype + " at time : " + time + "]: " + msg + " for azimut " + key.Azimut + " tilt: " + key.Tilt + " power " +
powerinKw);
idx++;
}
throw new FlaException("something went wrong");
}
//data.GetNumber("annual_energy"),
var r = new PVResults(data.GetNumber("capacity_factor"), data.GetNumber("kwh_per_kw"), data.GetArrayAsList("ac"), powerinKw, key);
return(r);
}
