modelWindow

Window

Extends from BondLib.Interfaces.ActiveOnePort (Partial model invoking one bondgraphic connector).

Information

The window model has an outside convection layer, but no conduction layers, as the glass is considered thin and homogeneous. It would have been possible (and probably meaningful!), to provide an inside convection layer as well, but the student didn't do so. Thus, the glass doesn't have its own temperature. The 0-junction on the inside of the convection layer simply represents the temperature of the room behind the window.

The solar input is similar to the solar input used in the exterior wall model, except that the general solar radiation model was replaced here by the solar radiation through glass model.

Parameters

TypeNameDefaultDescription
Modelica.SIunits.ThermalConductivitylv3.4Specific thermal conductivity of convection outside
Modelica.SIunits.Lengthdxv1Width of convective layer outside
Modelica.SIunits.AreaareaArea of window
Modelica.SIunits.ThermalResistancethvdxv/(lv*area)Thermal resistance of convection outside
RealsfaOrientation of window
Realtilt90Tilt of window
RealOH
RealW
Realsc0.85

Connectors

TypeNameDefaultDescription
BondLib.Interfaces.BondConBondCon1 (from ActiveOnePort)Bond graph connector
Modelica.Blocks.Interfaces.RealInput[6]uConnector of Real input signals

Components

TypeNameDefaultDescription
Reale (from ActiveOnePort)Bondgraphic effort
Realf (from ActiveOnePort)Bondgraphic flow
TemperatureTemperature1
SolarPositionSolarPosition1
C1VC1V1
BondLib.Sources.mSemSe1
BondLib.Sources.mSfmSf1
BondLib.Junctions.J0p2J0p2_1
BondLib.Bonds.fBondB2
BondLib.Bonds.fBondB1
BondLib.Bonds.eBondB3
BondLib.Bonds.eBondB4
SolarGlassSolarGlass1
BondLib.Sensors.DeDe1
BondLib.Bonds.fBondB5
BondLib.Junctions.J0p4J0p4_1