modelZonWal_A

heaPorEmb and heaPorRad connected to capWal

Extends from BaseClasses.Partials.Partial_SZ_ZonWal (States for zone and wall).

Parameters

TypeNameDefaultDescription
IntegernIrr (from Partial_SZ_ZonWal)1Number of irradiation inputs/windows
SI.HeatCapacitycZon (from Partial_SZ_ZonWal)1Thermal capacity of the zone
SI.HeatCapacitycWal (from Partial_SZ_ZonWal)1Thermal capacity of the wal
SI.ThermalResistancerWal (from Partial_SZ_ZonWal)1Total thermal resistance of the walls, in K/W
RealposCapWal (from Partial_SZ_ZonWal)0.5Position of the capacity in the wall. 0=interor, 1=exterior

Connectors

TypeNameDefaultDescription
HT.Interfaces.HeatPort_aheaPorCon (from Partial_SZ)Convective heat transfer
HT.Interfaces.HeatPort_aheaPorRad (from Partial_SZ)Radiative heat transfer
HT.Interfaces.HeatPort_bheaPorEmb (from Partial_SZ)Heat transfer to embedded systems, like tabs
Modelica.Blocks.Interfaces.RealOutputTZon (from Partial_SZ)Zone temperature. Most often this will be air temperature

Components

TypeNameDefaultDescription
Input.BaseClasses.Partial_SIMsimFasBui (from Partial_SZ)Input data, to be provided by an inner submodel of PartialSIM
BaseClasses.CapacitorcapZon (from Partial_SZ_ZonWal)Thermal capacity of the zone
Windows.Window_gAwin (from Partial_SZ_ZonWal)Array of window models
BaseClasses.ResistanceresWalExt (from Partial_SZ_ZonWal)External thermal resistance of the walls, in K/W
BaseClasses.ResistanceresWalInt (from Partial_SZ_ZonWal)Internal thermal resistance of the walls, in K/W
BaseClasses.CapacitorcapWal (from Partial_SZ_ZonWal)Position of this capacity is determined by posCapWal