public PackageStub(BoilerId priBoiler, ContainerId?solarContainer, SolarPanelId?solar, int numberOfSolars,
SolarStationId?solarStation)
{
var factory = new ApplianceFactory();
ApplianceInstances.Add(new ApplianceInstance()
{
Appliance = factory.GetBoiler((priBoiler)), IsPrimary = true
});
ApplianceInstances.Add(new ApplianceInstance()
{
Appliance = factory.GetContainer(solarContainer ?? 0),
IsSolarContainer = true
});
for (int i = 0; i < numberOfSolars; i++)
{
ApplianceInstances.Add(new ApplianceInstance()
{
Appliance = factory.GetSolarPanel(solar ?? 0),
IsUsedForRoomHeating = true
});
}
ApplianceInstances.Add(new ApplianceInstance()
{
Appliance = factory.GetSolarStation(solarStation ?? 0)
});
}
public PackageStub(BoilerId primary, ContainerId?solarContainer, int numContainers, SolarPanelId?solar,
int?numberOfSolars, TempControlId?tempControl)
{
var factory = new ApplianceFactory();
ApplianceInstances.Add(new ApplianceInstance()
{
Appliance = factory.GetBoiler(primary), IsPrimary = true
});
ApplianceInstances.Add(new ApplianceInstance()
{
Appliance = factory.GetContainer(solarContainer ?? 0),
IsSolarContainer = true
});
for (int i = 0; i < numberOfSolars; i++)
{
ApplianceInstances.Add(new ApplianceInstance()
{
Appliance = factory.GetSolarPanel(solar ?? 0),
IsUsedForRoomHeating = true
});
}
ApplianceInstances.Add(new ApplianceInstance()
{
Appliance = factory.GetTempControl(tempControl ?? 0)
});
for (int i = 0; i < numContainers; i++)
{
ApplianceInstances.Add(new ApplianceInstance()
{
Appliance = factory.GetContainer(solarContainer ?? 0),
IsSolarContainer = true
});
}
for (int i = 0; i < numContainers - 1; i++)
{
ApplianceInstances.Add(new ApplianceInstance()
{
Appliance = factory.GetContainer(solarContainer ?? 0),
IsSolarContainer = true
});
}
}
public PackageStub(BoilerId priBoiler, ContainerId?solarContain, BoilerId?secBoiler, SolarPanelId?solar, int numberOfSolars,
HeatpumpId?heatpump, ContainerId?container, TempControlId?tempControl)
{
var factory = new ApplianceFactory();
ApplianceInstances.Add(new ApplianceInstance()
{
Appliance = factory.GetBoiler((priBoiler)), IsPrimary = true
});
ApplianceInstances.Add(new ApplianceInstance()
{
Appliance = factory.GetContainer((solarContain ?? 0)),
IsSolarContainer = true
});
ApplianceInstances.Add(new ApplianceInstance()
{
Appliance = factory.GetBoiler(secBoiler ?? 0)
});
for (int i = 0; i < numberOfSolars; i++)
{
ApplianceInstances.Add(new ApplianceInstance()
{
Appliance = factory.GetSolarPanel(solar ?? 0),
IsUsedForRoomHeating = true
});
}
ApplianceInstances.Add(new ApplianceInstance()
{
Appliance = factory.GetHeatpump(heatpump ?? 0)
});
ApplianceInstances.Add(new ApplianceInstance()
{
Appliance = factory.GetContainer(container ?? 0)
});
ApplianceInstances.Add(new ApplianceInstance()
{
Appliance = factory.GetTempControl(tempControl ?? 0)
});
}
public void PrimaryBoilerCalculateEEI_CorrecrOverallResult(PackagedSolutionId packId, BoilerId id, float expected)
{
var package = new PackageFactory().GetPackage(packId);
var calculation = new BoilerAsPrimary();
AssignUsageProperties(package);
//package.Appliances.Add(new ApplianceFactory().GetBoiler(id) ?? new Appliance());
if (id == BoilerId.LoganoSB150)
{
var primary = package.PrimaryHeatingUnitInstance;
primary.IsPrimary = false;
package.ApplianceInstances.Add(new ApplianceInstance()
{
Appliance = new ApplianceFactory().GetBoiler(id), IsPrimary = true
});
}
var result = new EEICalculationResult();
result = calculation.CalculateEEI(package);
var EEI = Math.Round(result.EEI);
//Assert.AreEqual(expected, EEI);
Assert.IsTrue(expected <= EEI + 1f && expected >= EEI - 1f);
}
public Appliance GetBoiler(BoilerId id)
{
switch (id)
{
case BoilerId.Cerapur:
return(new ApplianceStub("Cerapur", new HeatingUnitDataSheet()
{
WattUsage = 20, AFUE = 93, AFUEColdClima = 98.2f, AFUEWarmClima = 87.8f,
WaterHeatingEffiency = 68, UseProfile = UseProfileType.M
},
ApplianceTypes.Boiler));
case BoilerId.LoganoSB150:
return(new ApplianceStub("LoganoPlusSB105", new HeatingUnitDataSheet()
{
AFUE = 91, WattUsage = 18, AFUEColdClima = 99.2f, AFUEWarmClima = 92.5f
},
ApplianceTypes.Boiler));
case BoilerId.EuroPurACUWater:
return(new ApplianceStub("EuroPurACUWater", new HeatingUnitDataSheet()
{
AFUE = 91, WattUsage = 18, AFUEColdClima = 96.5f, AFUEWarmClima = 87.7f,
WaterHeatingEffiency = 82, UseProfile = UseProfileType.XL, Vbu = 0
},
ApplianceTypes.Boiler));
case BoilerId.Condens9000Water:
return(new ApplianceStub("Condens9000Water", new HeatingUnitDataSheet()
{
AFUE = 94, WattUsage = 29, AFUEColdClima = 98.7f, AFUEWarmClima = 88.5f,
WaterHeatingEffiency = 82, UseProfile = UseProfileType.XL, Vbu = 1
},
ApplianceTypes.Boiler));
case BoilerId.EuroPurUnitSolarWater:
return(new ApplianceStub("EuroPurUnitSolar", new HeatingUnitDataSheet()
{
AFUE = 92, WattUsage = 13, AFUEColdClima = 98.1f, AFUEWarmClima = 87.8f,
WaterHeatingEffiency = 85, UseProfile = UseProfileType.XL, Vbu = 34, StandingLoss = 92.5f
, Vnorm = 204, Psb = 4
}, ApplianceTypes.Boiler));
case BoilerId.Condens5000:
return(new ApplianceStub("Condens5000", new HeatingUnitDataSheet()
{
UseProfile = UseProfileType.XXL, WattUsage = 24, Vbu = 110, Psb = 2, WaterHeatingEffiency = 78,
AFUEColdClima = 98, AFUEWarmClima = 87.8f
}, ApplianceTypes.Boiler));
case BoilerId.Vitodens200:
return(new ApplianceStub("Vitodens 200", new HeatingUnitDataSheet()
{
AFUE = 94, WattUsage = 42
}, ApplianceTypes.Boiler));
case BoilerId.Vitoladens300W:
return(new ApplianceStub("Vitoladens 300-W", new HeatingUnitDataSheet()
{
AFUE = 91, WattUsage = 18, InternalTempControl = "3"
},
ApplianceTypes.Boiler));
default:
return(new Appliance());
}
}
