public void Calculate(HeatLosses heatLosses)
{
HeatPump.HeatPumpCalculations = new List <HeatPumpCalculation>();
var reports = HeatPump.HeatPumpCalculations;
for (int i = 0; i < heatLosses.HeatConsumptions.Count; i++)
{
if (heatLosses.HeatConsumptions[i].Heat <= 0)
{
continue;
}
reports.Add(new HeatPumpCalculation
{
Temperature = heatLosses.HeatConsumptions[i].Temperature,
Power = heatLosses.Characteristic[i].Heat,
Duration = heatLosses.HeatConsumptions[i].Duration,
HeatLoses = heatLosses.HeatConsumptions[i].Heat,
HeatProductionCorrection = GetHeatProductionCorrection(heatLosses.HeatConsumptions[i].Temperature),
HeatPowerCorrection = GetHeatPowerCorrection(heatLosses.HeatConsumptions[i].Temperature)
});
}
foreach (var report in reports)
{
report.HeatProduction = Math.Round(report.HeatProductionCorrection * HeatPump.NominalHeatProduction, 2);
report.HeatPower = Math.Round(report.HeatPowerCorrection * HeatPump.NominalPower, 2);
report.HeatPumpCount = GetHeatPumpCount(report.Power, report.HeatProduction);
report.AdditionalHeatPower = Math.Round(report.Power - report.HeatProduction * report.HeatPumpCount, 2);
report.AdditionalHeatPower = report.AdditionalHeatPower < 0 ? 0 : report.AdditionalHeatPower;
report.Load = Math.Round((report.Power - report.AdditionalHeatPower) /
report.HeatProduction / report.HeatPumpCount, 2);
report.CirculationPumpPower = Math.Round(HeatPump.CirculationPower * HeatPump.CirculationPumpCount +
HeatPump.FancoilPower * HeatPump.FancoilCount, 2);
report.HeatPumpConsumption =
Math.Round(report.HeatPower * report.HeatPumpCount * report.Load * report.Duration, 2);
report.HeatSystemConsumption =
Math.Round((report.HeatPower * report.HeatPumpCount * report.Load + report.CirculationPumpPower) *
report.Duration, 2);
report.QuantityHeatPumpProduction =
Math.Round(report.HeatProduction * report.HeatPumpCount * report.Load * report.Duration, 2);
report.QuantityHeatSystemProduction =
Math.Round((report.HeatProduction * report.HeatPumpCount * report.Load + report.CirculationPumpPower +
report.AdditionalHeatPower) * report.Duration, 2);
report.QuantityAdditionalHeatProduction = Math.Round(report.AdditionalHeatPower * report.Duration, 2);
}
HeatPump.TotalHeatLosses = reports.Select(x => x.HeatLoses).Sum();
HeatPump.TotalHeatPumpConsumption = reports.Select(x => x.HeatPumpConsumption).Sum();
HeatPump.TotalHeatSystemConsumption = reports.Select(x => x.HeatSystemConsumption).Sum();
HeatPump.TotalQuantityHeatPumpProduction = reports.Select(x => x.QuantityHeatPumpProduction).Sum();
HeatPump.TotalQuantityAdditionalHeatProduction =
reports.Select(x => x.QuantityAdditionalHeatProduction).Sum();
HeatPump.TotalQuantityHeatSystemProduction = reports.Select(x => x.QuantityHeatSystemProduction).Sum();
HeatPump.AverageEfficiencyHeatPump =
Math.Round(HeatPump.TotalQuantityHeatPumpProduction / HeatPump.TotalHeatPumpConsumption, 2);
HeatPump.AverageEfficiencyHeatSystem =
Math.Round(HeatPump.TotalQuantityHeatSystemProduction / HeatPump.TotalHeatSystemConsumption, 2);
HeatPump.TotalCost = Math.Round(HeatPump.TotalHeatSystemConsumption * HeatPump.PricePerKwht, 2);
}
public void SetHeatTypes(HeatLosses heatLosses)
{
if (heatLosses.Heats != null)
{
return;
}
heatLosses.Heats = new List <TypeOfHeat>
{
new TypeOfHeat
{
Name = "централізоване мережа",
CostPerFuelUnit = 1.11,
FuelPerKWht = 1,
Efficience = 1,
Unit = "кВт"
},
new TypeOfHeat
{
Name = "природний газ",
CostPerFuelUnit = 6.95,
FuelPerKWht = 0.1075,
Efficience = 0.93,
Unit = "м³"
},
new TypeOfHeat
{
Name = "вугілля кам'яне",
CostPerFuelUnit = 7,
FuelPerKWht = 0.1792,
Efficience = 0.86,
Unit = "кг"
},
new TypeOfHeat
{
Name = "паливні брикети",
CostPerFuelUnit = 2.8,
FuelPerKWht = 0.1953,
Efficience = 0.92,
Unit = "кг"
},
new TypeOfHeat
{
Name = "дрова дубові",
CostPerFuelUnit = 1.2,
FuelPerKWht = 0.287,
Efficience = 0.83,
Unit = "кг"
},
new TypeOfHeat
{
Name = "електрична енергія",
CostPerFuelUnit = 1.68,
FuelPerKWht = 1.01,
Efficience = 0.98,
Unit = "кВтˑгод"
}
};
}
public HouseController(string fileName)
{
_fileName = fileName;
var houses = BinaryController.ReadDataFromBinary <House>(fileName);
House = houses.Count == 0 ? new House() : houses[0];
CommonHeatLosses = new HeatLosses();
IndividualHeatLosses = new HeatLosses();
}
public void GetHeatPrices(HeatLosses heatLosses)
{
var heats = heatLosses.Heats;
foreach (var heat in heats)
{
heat.FuelConsumption = Math.Round(heatLosses.TotalHeatHelConsumption * heat.FuelPerKWht /
heat.Efficience, 2);
heat.TotalPrice = Math.Round(heat.FuelConsumption * heat.CostPerFuelUnit, 2);
}
}
private void Calculate()
{
_houseController.Calculate();
if (_heatType == HeatType.Common)
{
_heatLosses = _houseController.CommonHeatLosses;
}
else
{
_heatLosses = _houseController.IndividualHeatLosses;
}
CharacteristicHeatConsumption();
HeatConsumption();
CalculateCost();
}
public void GetHeat(HeatLosses heatLosses)
{
heatLosses.HeatConsumptions = new List <HeatConsumption>();
var chs = heatLosses.Characteristic;
foreach (var ch in chs)
{
double duration = Weathers.Count(x => x.Temperature == ch.Temperature) * 0.5;
heatLosses.HeatConsumptions.Add(new HeatConsumption()
{
Temperature = ch.Temperature,
Duration = duration,
Heat = Math.Round(ch.Heat * duration, 2)
});
}
heatLosses.TotalHeatConsumption = heatLosses.HeatConsumptions.Select(x => x.Heat)
.Where(x => x > 0).Sum();
heatLosses.TotalHeatHelConsumption = Math.Round(heatLosses.TotalHeatConsumption +
House.Hel.Energy / 48 * Weathers.Count, 2);
}
public void CalculatePrice(HeatLosses heatLosses)
{
SetHeatTypes(heatLosses);
GetHeatPrices(heatLosses);
}
