public DerForecastDayAhead CalculateGenerator(Forecast forecast, Generator generator)
{
DerForecastDayAhead generatorForecast = new DerForecastDayAhead(generator.GlobalId);
DayAhead dayAhead = generator.CalculateDayAhead(forecast, generator.GlobalId, new Substation(generator.GlobalId));
generatorForecast.Production += dayAhead;
generatorForecastList[generator.GlobalId] = generatorForecast;
return(generatorForecast);
}
private void CalculateDayAheadSubstation()
{
List <EnergyConsumer> energyConsumers = new List <EnergyConsumer>();
energyConsumers = GetEnergyConsumers();
substationDayAhead = new Dictionary <long, DayAhead>();
foreach (KeyValuePair <DMSType, Dictionary <long, IdentifiedObject> > kvp in networkModel.Insert)
{
foreach (KeyValuePair <long, IdentifiedObject> kvpDic in kvp.Value)
{
DayAhead consumerDayAhead = consumerCharacteristics.GetDayAhead();
var type = kvpDic.Value.GetType();
if (type.Name.Equals("Substation"))
{
var gr = (Substation)kvpDic.Value;
Forecast forecast = CalculationEngineCache.Instance.GetForecast(kvpDic.Key);
foreach (DERMSCommon.WeatherForecast.HourDataPoint dataPoint in consumerDayAhead.Hourly)
{
DarkSkyApi.Models.HourDataPoint hourDataPoint = forecast.Hourly.Hours.FirstOrDefault(h => h.Time.Hour == dataPoint.Time.Hour);
float curveFactor = 0;
curveFactor = dataPoint.ActivePower;
dataPoint.ActivePower = 0;
foreach (EnergyConsumer ec in energyConsumers)
{
if (gr.Equipments.Contains(ec.GlobalId))
{
dataPoint.ActivePower += ec.PFixed * curveFactor;
}
}
}
substationDayAhead.Add(kvpDic.Key, consumerDayAhead.Clone());
}
}
}
}
