public static TPD.PlantRoom PlantRoom(this TPD.EnergyCentre energyCentre, string name)
{
if (energyCentre is null || string.IsNullOrWhiteSpace(name))
{
return(null);
}
for (int i = 1; i <= energyCentre.GetPlantRoomCount(); i++)
{
TPD.PlantRoom plantRoom = energyCentre.GetPlantRoom(i);
if (plantRoom == null)
{
continue;
}
if (name.Equals((plantRoom as dynamic).Name))
{
return(plantRoom);
}
}
return(null);
}
public static TPD.CoolingGroup CoolingGroup(this TPD.PlantRoom plantRoom, string name)
{
if (plantRoom is null || string.IsNullOrWhiteSpace(name))
{
return(null);
}
for (int i = 1; i <= plantRoom.GetCoolingGroupCount(); i++)
{
TPD.CoolingGroup coolingGroup = plantRoom.GetCoolingGroup(i);
if (coolingGroup == null)
{
continue;
}
if (name.Equals((coolingGroup as dynamic).Name))
{
return(coolingGroup);
}
}
return(null);
}
public static TPD.System System(this TPD.PlantRoom plantRoom, string name)
{
if (plantRoom is null || string.IsNullOrWhiteSpace(name))
{
return(null);
}
for (int i = 1; i <= plantRoom.GetSystemCount(); i++)
{
TPD.System system = plantRoom.GetSystem(i);
if (system == null)
{
continue;
}
if (name.Equals((system as dynamic).Name))
{
return(system);
}
}
return(null);
}
public static TPD.MultiBoiler MultiBoiler(this TPD.PlantRoom plantRoom, string name)
{
if (plantRoom is null || string.IsNullOrWhiteSpace(name))
{
return(null);
}
for (int i = 1; i <= plantRoom.GetComponentCount(); i++)
{
TPD.MultiBoiler multiBoiler = plantRoom.GetComponent(i) as TPD.MultiBoiler;
if (multiBoiler == null)
{
continue;
}
if (name.Equals((multiBoiler as dynamic).Name))
{
return(multiBoiler);
}
}
return(null);
}
public static T Component <T>(this TPD.PlantRoom plantRoom, string name)
{
if (plantRoom is null || string.IsNullOrWhiteSpace(name))
{
return(default);
public static void AddComponents(this TPD.SystemZone systemZone, TPD.EnergyCentre energyCentre, HeatingSystem heatingSystem, CoolingSystem coolingSystem)
{
if (systemZone == null || energyCentre == null)
{
return;
}
TPD.PlantRoom plantRoom = energyCentre?.PlantRoom("Main PlantRoom");
if (plantRoom == null)
{
return;
}
dynamic plantSchedule_System = energyCentre.PlantSchedule("System Schedule");
dynamic electricalGroup_FanCoilUnits = plantRoom.ElectricalGroup("Electrical Group - FanCoil Units");
dynamic electricalGroup_DXCoilUnits = plantRoom.ElectricalGroup("Electrical Group - DXCoil Units");
dynamic heatingGroup = plantRoom.HeatingGroup("Heating Circuit Group");
dynamic coolingGroup = plantRoom.CoolingGroup("Cooling Circuit Group");
TPD.RefrigerantGroup refrigerantGroup = plantRoom.RefrigerantGroup("DXCoil Units Refrigerant Group");
Query.ComponentTypes(heatingSystem, coolingSystem, out bool radiator, out bool fanCoil_Heating, out bool fanCoil_Cooling, out bool dXCoil_Heating, out bool dXCoil_Cooling, out bool chilledBeam_Heating, out bool chilledBeam_Cooling);
if (radiator)
{
dynamic radiator_Group = systemZone.AddRadiator();
radiator_Group.Name = "RAD";
radiator_Group.SetSchedule(plantSchedule_System);
radiator_Group.Description = "Radiator";
radiator_Group.Duty.Type = TPD.tpdSizedVariable.tpdSizedVariableSize;
radiator_Group.Duty.AddDesignCondition(energyCentre.GetDesignCondition(1));
radiator_Group.Duty.SizeFraction = 1.25;//per AHRAE
radiator_Group.SetHeatingGroup(heatingGroup);
}
if (chilledBeam_Heating || chilledBeam_Cooling)
{
dynamic chilledBeam_Group = systemZone.AddChilledBeam();
chilledBeam_Group.Flags = chilledBeam_Heating ? 1 : 0;
chilledBeam_Group.Name = "Chilled Beam";
chilledBeam_Group.Description = "CHB";
chilledBeam_Group.SetSchedule(plantSchedule_System);
if (chilledBeam_Cooling)
{
chilledBeam_Group.SetCoolingGroup(coolingGroup);
chilledBeam_Group.CoolingDuty.Type = TPD.tpdSizedVariable.tpdSizedVariableSize;
chilledBeam_Group.CoolingDuty.SizeFraction = 1.15;//per AHRAE
chilledBeam_Group.CoolingDuty.AddDesignCondition(energyCentre.GetDesignCondition(2));
}
if (chilledBeam_Heating)
{
chilledBeam_Group.SetHeatingGroup(heatingGroup);
chilledBeam_Group.HeatingDuty.Type = TPD.tpdSizedVariable.tpdSizedVariableSize;
chilledBeam_Group.HeatingDuty.SizeFraction = 1.25;//per AHRAE
chilledBeam_Group.HeatingDuty.AddDesignCondition(energyCentre.GetDesignCondition(1));
}
}
if (fanCoil_Heating || fanCoil_Cooling)
{
dynamic fanCoilUnit_Group = systemZone.AddFanCoilUnit();
fanCoilUnit_Group.SetSchedule(plantSchedule_System);
fanCoilUnit_Group.Name = "FanCoil Unit";
fanCoilUnit_Group.Description = "FCU";
fanCoilUnit_Group.SetElectricalGroup1(electricalGroup_FanCoilUnits);
fanCoilUnit_Group.DesignFlowType = TPD.tpdFlowRateType.tpdFlowRateSized;
fanCoilUnit_Group.OverallEfficiency.Value = 0.9;
fanCoilUnit_Group.HeatGainFactor = 0.9;
fanCoilUnit_Group.Pressure = 150;
fanCoilUnit_Group.DesignFlowRate.SizeFraction = 1.15;//per AHRAE
for (int i = 1; i <= energyCentre.GetDesignConditionCount(); i++)
{
fanCoilUnit_Group.DesignFlowRate.AddDesignCondition(energyCentre.GetDesignCondition(2));
}
if (fanCoil_Cooling)
{
fanCoilUnit_Group.SetCoolingGroup(coolingGroup);
fanCoilUnit_Group.SetSchedule(plantSchedule_System);
fanCoilUnit_Group.CoolingDuty.Type = TPD.tpdSizedVariable.tpdSizedVariableSize;
fanCoilUnit_Group.CoolingDuty.SizeFraction = 1.15;//per AHRAE
fanCoilUnit_Group.CoolingDuty.AddDesignCondition(energyCentre.GetDesignCondition(2));
}
else
{
fanCoilUnit_Group.CoolingDuty.Type = TPD.tpdSizedVariable.tpdSizedVariableValue;
fanCoilUnit_Group.CoolingDuty.Value = 0;
}
if (fanCoil_Heating)
{
fanCoilUnit_Group.SetHeatingGroup(heatingGroup);
fanCoilUnit_Group.HeatingDuty.Type = TPD.tpdSizedVariable.tpdSizedVariableSize;
fanCoilUnit_Group.HeatingDuty.SizeFraction = 1.15;//per AHRAE
fanCoilUnit_Group.HeatingDuty.AddDesignCondition(energyCentre.GetDesignCondition(1));
}
else
{
fanCoilUnit_Group.HeatingDuty.Type = TPD.tpdSizedVariable.tpdSizedVariableValue;
fanCoilUnit_Group.HeatingDuty.Value = 0;
}
}
if (dXCoil_Heating || dXCoil_Cooling)
{
dynamic dXCoilUnit_Group = systemZone.AddDXCoilUnit();
dXCoilUnit_Group.SetSchedule(plantSchedule_System);
dXCoilUnit_Group.Name = "DXCoil Unit";
dXCoilUnit_Group.Description = "VRV";
dXCoilUnit_Group.SetElectricalGroup1(electricalGroup_DXCoilUnits);
dXCoilUnit_Group.DesignFlowType = TPD.tpdFlowRateType.tpdFlowRateSized;
dXCoilUnit_Group.OverallEfficiency.Value = 0.9;
dXCoilUnit_Group.HeatGainFactor = 0.9;
dXCoilUnit_Group.Pressure = 150;
//dXCoilUnit_Group.Refrigerant = refrigerantGroup;
dXCoilUnit_Group.SetRefrigerantGroup(refrigerantGroup);
dXCoilUnit_Group.DesignFlowRate.SizeFraction = 1.15;//per AHRAE
dXCoilUnit_Group.DesignFlowRate.AddDesignCondition(energyCentre.GetDesignCondition(1));
dXCoilUnit_Group.DesignFlowRate.AddDesignCondition(energyCentre.GetDesignCondition(2));
if (dXCoil_Cooling)
{
dXCoilUnit_Group.SetCoolingGroup(coolingGroup);
dXCoilUnit_Group.SetSchedule(plantSchedule_System);
dXCoilUnit_Group.CoolingDuty.Type = TPD.tpdSizedVariable.tpdSizedVariableSize;
dXCoilUnit_Group.CoolingDuty.SizeFraction = 1.15;//per AHRAE
dXCoilUnit_Group.CoolingDuty.AddDesignCondition(energyCentre.GetDesignCondition(2));
}
else
{
dXCoilUnit_Group.CoolingDuty.Type = TPD.tpdSizedVariable.tpdSizedVariableValue;
dXCoilUnit_Group.CoolingDuty.Value = 0;
}
if (dXCoil_Heating)
{
dXCoilUnit_Group.SetHeatingGroup(heatingGroup);
dXCoilUnit_Group.HeatingDuty.Type = TPD.tpdSizedVariable.tpdSizedVariableSize;
dXCoilUnit_Group.HeatingDuty.SizeFraction = 1.25;//per AHRAE
dXCoilUnit_Group.HeatingDuty.AddDesignCondition(energyCentre.GetDesignCondition(1));
}
else
{
dXCoilUnit_Group.HeatingDuty.Type = TPD.tpdSizedVariable.tpdSizedVariableValue;
dXCoilUnit_Group.HeatingDuty.Value = 0;
}
}
}