private static void CreateGridProsumer(ref List <Prosumer> producers, ref List <Prosumer> consumers, float netElectricity)
{
if (netElectricity > 0)
{
//Create smartGrid is a producer, nationalGrid is a consumer
Prosumer smartGrid = new Prosumer()
{
Consumed = 0,
Name = "SmartGrid",
PreferedBuyerName = "",
Produced = netElectricity,
Difference = netElectricity,
Remainder = 0
};
Prosumer nationalGrid = new Prosumer()
{
Consumed = netElectricity,
Name = "NationalGrid",
PreferedBuyerName = "SmartGrid",
Produced = 0,
Difference = 0 - netElectricity,
Remainder = 0 - netElectricity
};
//Electricity in smart grid is positive, send to global grid
ProsumersController pCtrl = new ProsumersController();
pCtrl.UpdateGrids(new ProsumerDTO[]
{
new ProsumerDTO(smartGrid),
new ProsumerDTO(nationalGrid)
});
consumers.Add(nationalGrid);
}
else if (netElectricity < 0)
{
//Electricity is negative, import power
Prosumer smartGrid = new Prosumer()
{
Consumed = netElectricity,
Name = "SmartGrid",
PreferedBuyerName = "NationalGrid",
Produced = 0,
Difference = 0 - netElectricity,
Remainder = 0
};
Prosumer nationalGrid = new Prosumer()
{
Consumed = 0,
Name = "NationalGrid",
PreferedBuyerName = "",
Produced = netElectricity,
Difference = netElectricity,
Remainder = netElectricity
};
//Electricity in smart grid is positive, send to global grid
ProsumersController pCtrl = new ProsumersController();
pCtrl.UpdateGrids(new ProsumerDTO[]
{
new ProsumerDTO(smartGrid),
new ProsumerDTO(nationalGrid)
});
producers.Add(nationalGrid);
}
}
public static async Task HandleTransactions()
{
//Do all transactions here
using (var prosumerDb = new SmartGridContext())
{
var uow = new UnitOfWork <Prosumer>(prosumerDb);
var smartGridUow = new UnitOfWork <SmartGridModel>(prosumerDb);
float netElectricity = 0;
float produced = 0;
float consumed = 0;
List <Prosumer> consumers = new List <Prosumer>();
List <Prosumer> producers = new List <Prosumer>();
List <Transaction> transactions = new List <Transaction>();
//Go through all prosumers and get
foreach (var prosumer in uow.Repository.ReadAll())
{
if (prosumer.Type == "Grid")
{
continue;
}
netElectricity += prosumer.Difference;
consumed += prosumer.Consumed;
produced += prosumer.Produced;
if (prosumer.Difference > 0)
{
//Add to list of producers if more electricity is produced than consumed
producers.Add(prosumer);
}
else if (prosumer.Difference < 0)
{
//Add to list of consumres if more electricity is consumed rather than produced
consumers.Add(prosumer);
}
//Otherwise do not add to either consumers or producers
}
//CreateGridProsumer(ref producers, ref consumers, netElectricity);
bool profit = DistributePowerBetweenMultiple(ref producers, ref consumers, ref transactions);
Prosumer smartGrid = null;
Prosumer nationalGrid = null;
if (profit)
{
smartGrid = new Prosumer()
{
Name = "SmartGrid",
PreferedBuyerName = "NationalGrid",
Type = "Grid",
Produced = netElectricity,
Consumed = 0,
Difference = netElectricity,
Remainder = netElectricity
};
nationalGrid = new Prosumer()
{
Name = "NationalGrid",
PreferedBuyerName = "SmartGrid",
Type = "Grid",
Produced = 0,
Consumed = netElectricity,
Difference = 0 - netElectricity,
Remainder = 0 - netElectricity,
};
//More power is produced than consumed, sell the rest to SmartGrid and then National Grid
SellPowerToSmartGrid(ref producers, ref transactions, smartGrid);
producers.Add(smartGrid);
consumers.Add(nationalGrid);
DistributePowerBetweenMultiple(ref producers, ref consumers, ref transactions);
}
else
{
netElectricity = Math.Abs(netElectricity);
float price = BitcoinPriceGetter.GetPrice();
smartGrid = new Prosumer()
{
Name = "SmartGrid",
PreferedBuyerName = "NationalGrid",
Type = "Grid",
Consumed = netElectricity,
Produced = 0,
Difference = 0 - netElectricity,
Remainder = 0 - netElectricity
};
nationalGrid = new Prosumer()
{
Name = "NationalGrid",
PreferedBuyerName = "SmartGrid",
Type = "Grid",
Consumed = 0,
Produced = netElectricity,
Difference = netElectricity,
Remainder = netElectricity,
};
//Save transaction
transactions.Add(new Transaction()
{
Id = string.Format("{0}-{1}-{2}_{3}_{4}", DateTime.Now.Day, DateTime.Now.Month,
DateTime.Now.Year, nationalGrid.Name, smartGrid.Name),
Consumer = smartGrid.Name,
Producer = nationalGrid.Name,
TransactionDate = DateTime.Now,
KwhAmount = nationalGrid.Produced,
PricePerKwh = price,
TotalPrice = nationalGrid.Produced * price
});
smartGrid.Remainder = netElectricity;
nationalGrid.Remainder = 0;
producers.Add(smartGrid);
DistributePowerBetweenMultiple(ref producers, ref consumers, ref transactions);
//More power is consumed, buy the rest from National grid
}
SmartGridModelsController smartCtrl = new SmartGridModelsController();
smartCtrl.PostSmartGridModel(new SmartGridModel()
{
TimeStamp = DateTime.Now,
TotalGeneration = produced,
TotalForbrug = consumed,
Brutto = produced - consumed,
});
ProsumersController pCtrl = new ProsumersController();
pCtrl.UpdateGrids(new ProsumerDTO[]
{
new ProsumerDTO(smartGrid),
new ProsumerDTO(nationalGrid)
});
TransactionController ctrl = new TransactionController();
await ctrl.Post(transactions);
uow.Commit(); //Commit at the end
}
}
