.Buildings.Fluid.HeatExchangers.ThermalWheels.Latent.BypassDampers

Information

Model of an enthalpy recovery wheel, which consists of a heat exchanger and two dampers to bypass the supply and exhaust airflow.

This model does not require geometric data. The performance is defined by specifying the part load (75% of the nominal supply flow rate) and nominal sensible and latent heat exchanger effectiveness. This operation of the wheel is configured as follows.

• If the operating signal uRot=true,
  • The wheel power consumption is constant and equal to the nominal value.
  • The heat exchange in the heat recovery wheel is adjustable via bypassing supply/exhaust air through the heat exchanger. Accordingly, the sensible and latent heat exchanger effectiveness are calculated with Buildings.Fluid.HeatExchangers.ThermalWheels.Latent.BaseClasses.Effectiveness.
• Otherwise,
  • The wheel power consumption is 0.
  • In addition, there is no sensible or latent heat transfer, i.e., the sensible and latent effectiveness of the heat recovery wheel is 0.

Revisions

• September 29, 2023, by Sen Huang:
  First implementation.