Zone Infiltration[LINK]
An actuator called “Zone Infiltration" is available with a control type called “Air Exchange Flow Rate” (m3/s). This provides override control over the zone-by-zone infiltration rate. The unique identifier is the name of the ZoneInfiltration object.
Zone Ventilation[LINK]
An actuator called “Zone Ventilation" is available with a control type called “Air Exchange Flow Rate” (m3/s). This provides override control over the zone-by-zone ventilation rate. This simple ventilation model is provided by the input object ZoneVentilation. The unique identifier is the name of the ZoneVentilation object.
An actuator called “ZoneMixing” is available with a control type called “Air Exchange Flow Rate” (m3/s). This provides override control over the zone-to-zone mixing rate. This simple air movement model is provided by the input object ZoneMixing. The unique identifier is the name of the ZoneMixing object.
Zone Cross Mixing[LINK]
An actuator called “ZoneCrossMixing” is available with a control type called “Air Exchange Flow Rate” (m3/s). This provides override control over the interzonal mixing rate. This is the simple air movement model provided by the input object ZoneCrossMixing. The unique identifier is the name of the ZoneCrossMixing object.
Zone Refrigeration Door Mixing[LINK]
An actuator called “ZoneRefDoorMixing” is available with a control type called “Air Exchange Flow Rate” (m3/s). This provides override control over the zone-to-zone mixing rate. This is the simple air movement model provided by the input object ZoneRefrigerationDoorMixing. The unique identifier is the name of the ZoneRefrigerationDoorMixing object.
Zone Thermal Chimney[LINK]
An actuator called “Zone Thermal Chimney" is available with a control type called “Air Exchange Flow Rate” (m3/s). This provides override control over the thermal chimney flow rate. This is the simple air movement model provided by the input object ZoneThermalChimney. The unique identifier is the name of the ZoneThermalChimney object.
Airflow Network Openings[LINK]
An actuator called “AirFlow Network Window/Door Opening” is available with a control type called “Venting Opening Factor.” It is available in models that have operable openings in the Airflow Network model and that are entered by using either AirflowNetwork:MultiZone:Component:DetailedOpening, AirflowNetwork:MultiZone:Component:SimpleOpening, or AirflowNetwork:MultiZone:Component:HorizontalOpening input objects. This control allows you to use EMS to vary the size of the opening during the airflow model calculations, such as for natural and hybrid ventilation.
The unique identifier is the name of the surface (window, door or air boundary), not the name of the associated airflow network input objects. The actuator control involves setting the value of the opening factor between 0.0 and 1.0. Use of this actuator with an air boundary surface is allowed, but will generate a warning since air boundaries are typically always open.
Air Movement[LINK]
Zone Infiltration[LINK]
An actuator called “Zone Infiltration" is available with a control type called “Air Exchange Flow Rate” (m3/s). This provides override control over the zone-by-zone infiltration rate. The unique identifier is the name of the ZoneInfiltration object.
Zone Ventilation[LINK]
An actuator called “Zone Ventilation" is available with a control type called “Air Exchange Flow Rate” (m3/s). This provides override control over the zone-by-zone ventilation rate. This simple ventilation model is provided by the input object ZoneVentilation. The unique identifier is the name of the ZoneVentilation object.
Zone Mixing[LINK]
An actuator called “ZoneMixing” is available with a control type called “Air Exchange Flow Rate” (m3/s). This provides override control over the zone-to-zone mixing rate. This simple air movement model is provided by the input object ZoneMixing. The unique identifier is the name of the ZoneMixing object.
Zone Cross Mixing[LINK]
An actuator called “ZoneCrossMixing” is available with a control type called “Air Exchange Flow Rate” (m3/s). This provides override control over the interzonal mixing rate. This is the simple air movement model provided by the input object ZoneCrossMixing. The unique identifier is the name of the ZoneCrossMixing object.
Zone Refrigeration Door Mixing[LINK]
An actuator called “ZoneRefDoorMixing” is available with a control type called “Air Exchange Flow Rate” (m3/s). This provides override control over the zone-to-zone mixing rate. This is the simple air movement model provided by the input object ZoneRefrigerationDoorMixing. The unique identifier is the name of the ZoneRefrigerationDoorMixing object.
Zone Thermal Chimney[LINK]
An actuator called “Zone Thermal Chimney" is available with a control type called “Air Exchange Flow Rate” (m3/s). This provides override control over the thermal chimney flow rate. This is the simple air movement model provided by the input object ZoneThermalChimney. The unique identifier is the name of the ZoneThermalChimney object.
Airflow Network Openings[LINK]
An actuator called “AirFlow Network Window/Door Opening” is available with a control type called “Venting Opening Factor.” It is available in models that have operable openings in the Airflow Network model and that are entered by using either AirflowNetwork:MultiZone:Component:DetailedOpening, AirflowNetwork:MultiZone:Component:SimpleOpening, or AirflowNetwork:MultiZone:Component:HorizontalOpening input objects. This control allows you to use EMS to vary the size of the opening during the airflow model calculations, such as for natural and hybrid ventilation.
The unique identifier is the name of the surface (window, door or air boundary), not the name of the associated airflow network input objects. The actuator control involves setting the value of the opening factor between 0.0 and 1.0. Use of this actuator with an air boundary surface is allowed, but will generate a warning since air boundaries are typically always open.
Documentation content copyright © 1996-2022 The Board of Trustees of the University of Illinois and the Regents of the University of California through the Ernest Orlando Lawrence Berkeley National Laboratory. All rights reserved. EnergyPlus is a trademark of the US Department of Energy.
This documentation is made available under the EnergyPlus Open Source License v1.0.