implement hvac Fourpipefancoil for cooling water loop

[alexandrecuer]

Should be quite simple

[alexandrecuer]

class ZonehvacFourpipefancoilType(TypedDict, total=False):
    """"dict for ZonehvacFourpipefancoil"""
    Name: str | int | float
    Availability_Schedule_Name: str | int | float
    Capacity_Control_Method: str | int | float
    Maximum_Supply_Air_Flow_Rate: str | int | float
    Low_Speed_Supply_Air_Flow_Ratio: str | int | float
    Medium_Speed_Supply_Air_Flow_Ratio: str | int | float
    Maximum_Outdoor_Air_Flow_Rate: str | int | float
    Outdoor_Air_Schedule_Name: str | int | float
    Air_Inlet_Node_Name: str | int | float
    Air_Outlet_Node_Name: str | int | float
    Outdoor_Air_Mixer_Object_Type: str | int | float
    Outdoor_Air_Mixer_Name: str | int | float
    Supply_Air_Fan_Object_Type: str | int | float
    Supply_Air_Fan_Name: str | int | float
    Cooling_Coil_Object_Type: str | int | float
    Cooling_Coil_Name: str | int | float
    Maximum_Cold_Water_Flow_Rate: str | int | float
    Minimum_Cold_Water_Flow_Rate: str | int | float
    Cooling_Convergence_Tolerance: str | int | float
    Heating_Coil_Object_Type: str | int | float
    Heating_Coil_Name: str | int | float
    Maximum_Hot_Water_Flow_Rate: str | int | float
    Minimum_Hot_Water_Flow_Rate: str | int | float
    Heating_Convergence_Tolerance: str | int | float
    Availability_Manager_List_Name: str | int | float
    Design_Specification_ZoneHVAC_Sizing_Object_Name: str | int | float
    Supply_Air_Fan_Operating_Mode_Schedule_Name: str | int | float
    Minimum_Supply_Air_Temperature_in_Cooling_Mode: str | int | float
    Maximum_Supply_Air_Temperature_in_Heating_Mode: str | int | float

[alexandrecuer]

Heating coil can be electric

[alexandrecuer]

Not so simple. It needs an outdoorair mixer and a designspecification outdoorair

[alexandrecuer]

Using an electric heating coil with an always off schedule seems good to model two pipe only cooling

Read in the doc