This model is a heat exchanger with a moving fluid on one side and a stagnant fluid on the other. It is intended for use when a heat exchanger is submerged in a stagnant fluid. For example, the heat exchanger in a storage tank which is part of a solar thermal system.
This component models the fluid in the heat exchanger, convection between the fluid and the heat exchanger, and convection from the heat exchanger to the surrounding fluid.
The model is based on IBPSA.Fluid.HeatExchangers.BaseClasses.HACoilInside and IBPSA.Fluid.HeatExchangers.BaseClasses.HANaturalCylinder.
The fluid ports are intended to be connected to a circulated heat transfer fluid while the heat port is intended to be connected to a stagnant fluid.
| Name | Description |
|---|---|
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|
Heat transfer fluid flowing through the heat exchanger |
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Heat transfer fluid inside the tank |
flowDependent and
temperatureDependent in hAPipIns. This is
for issue #454.fixed attribute in cap.T to avoid
unspecified initial conditions.prescribedHeatFlowRate=false in control
volume.energyDynamicsSolid. This is for
#434.allowFlowReversal.MediumTan for the tank medium, and assigned
Medium to be equal to MediumHex. This is
to correct issue #271.cap, and renamed this
instance from Cap to cap. This was done
to avoid a warning during translation, and to comply with the
coding convention.show_V_flow.