/// <summary>
/// Once a load is broken up between multiple models, this returns the command for initializing loads for each model
/// </summary>
/// <param name="newLoad"></param>
/// <param name="pmult"></param>
/// <param name="qmult"></param>
/// <param name="loadnum"></param>
/// <returns></returns>
private string subLoadToDSS(EnergyConsumer newLoad, float pmult, float qmult, int loadnum)
{
Dictionary<PhaseShuntConnectionKind, string> conn = new Dictionary<PhaseShuntConnectionKind, string>();
conn.Add(PhaseShuntConnectionKind.D, "Delta");
conn.Add(PhaseShuntConnectionKind.Y, "Wye");
StringBuilder dssLoad = new StringBuilder("New Load");
dssLoad.AppendFormat(".{0}", newLoad.Name);
dssLoad.Append(ToDSSBusFormat(newLoad.Terminal1));
dssLoad.AppendFormat(" model={0}", loadnum.ToString());
dssLoad.AppendFormat(" conn={0} ", conn[newLoad.PhaseConnection]);
dssLoad.AppendFormat(" kW={0} kVar={1}", (newLoad.Pfixed * pmult).ToString(), (newLoad.Qfixed * qmult).ToString());
return dssLoad.ToString();
}
/// <summary>
/// Generates an OpenDSS definition for a load
/// </summary>
/// <param name="newLoad"></param>
/// <returns></returns>
private IEnumerable<string> LoadToDSS(EnergyConsumer newLoad)
{
var comms = new List<string>();
if (newLoad.LoadResponse.PConstantPower != 0 || newLoad.LoadResponse.QConstantPower != 0)
{
comms.Add(subLoadToDSS(newLoad,newLoad.LoadResponse.PConstantPower,newLoad.LoadResponse.QConstantPower, 1));
}
if (newLoad.LoadResponse.PConstantImpedance != 0 || newLoad.LoadResponse.QConstantImpedance != 0)
{
comms.Add(subLoadToDSS(newLoad,newLoad.LoadResponse.PConstantImpedance,newLoad.LoadResponse.QConstantImpedance,2));
}
if (newLoad.LoadResponse.PConstantCurrent != 0 || newLoad.LoadResponse.QConstantCurrent != 0)
{
comms.Add(subLoadToDSS(newLoad, newLoad.LoadResponse.PConstantCurrent,newLoad.LoadResponse.QConstantCurrent,5));
}
return comms;
}
