modelZonInt_B
States for zone and internal mass, splitted window gains
Extends from FastBuildings.Zones_stochastic.BaseClasses.Partials.Partial_SZ_ZonInt (States for zone and internal mass).
Parameters
| Type | Name | Default | Description |
|---|---|---|---|
| Integer | nIrr (from Partial_SZ_Zon) | 1 | Number of irradiation inputs/windows |
| SI.HeatCapacity | cZon (from Partial_SZ_Zon) | 1 | Thermal capacity of the zone |
| SI.ThermalResistance | rWal (from Partial_SZ_Zon) | 1 | Total thermal resistance of the walls, in K/W |
| SI.HeatCapacity | cInt (from Partial_SZ_ZonInt) | 1 | Thermal capacity of the zone |
| SI.ThermalResistance | rInt (from Partial_SZ_ZonInt) | 1 | Total thermal resistance of the walls, in K/W |
Connectors
| Type | Name | Default | Description |
|---|---|---|---|
| HT.Interfaces.HeatPort_a | heaPorCon (from Partial_SZ) | Convective heat transfer | |
| HT.Interfaces.HeatPort_a | heaPorRad (from Partial_SZ) | Radiative heat transfer | |
| HT.Interfaces.HeatPort_b | heaPorEmb (from Partial_SZ) | Heat transfer to embedded systems, like tabs | |
| Modelica.Blocks.Interfaces.RealOutput | TZon (from Partial_SZ) | Zone temperature. Most often this will be air temperature |
Components
| Type | Name | Default | Description |
|---|---|---|---|
| Input.BaseClasses.Partial_SIM | simFasBui (from Partial_SZ) | Input data, to be provided by an inner submodel of PartialSIM | |
| BaseClasses.Capacitor | capZon (from Partial_SZ_Zon) | Thermal capacity of the zone | |
| Windows.Window_gA | win (from Partial_SZ_Zon) | ||
| BaseClasses.Resistance | resWal (from Partial_SZ_Zon) | Total thermal resistance of the walls, in K/W | |
| Capacitor | capInt (from Partial_SZ_ZonInt) | Capacity of internal mass | |
| Resistance | resInt (from Partial_SZ_ZonInt) | Resistance from zone to internal mass |