modelZoneLiving

Diagram of ZoneLiving

Information

Zone living Mozart

Hypothesis and equations

none

Bibliography

none

Instructions for use

Parameter paraMaisonRT allows the user to chose a specific French building regulation for the building, so that building envelope parameters (walls, windows, ventilation...) will be automatically filled with data from the choosen record.

Known limits / Use precautions

none

Validations

Validated model - Alexandre Hautefeuille, Gilles Plessis, Amy Lindsay 04/2014

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Licensed by EDF under a 3-clause BSD-license
Copyright © EDF 2009 - 2023
BuildSysPro version 3.6.0
Author : Alexandre HAUTEFEUILLE, Gilles PLESSIS, Amy LINDSAY, EDF (2014)
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Parameters

TypeNameDefaultDescription
Choice of RT
BuildSysPro.BuildingStock.Utilities.Records.BuildingData.IndividualHousing.BuildingDataMOZART.BuildingTypeparaMaisonRTFrench building regulation to use
Thermal flows
BooleanGLOEXTfalseIntegration of LW radiation (infrared) toward the environment and the sky
BooleanCLOintPlanchertrueTrue : solar fluxes are absorbed by the floor; False : solar fluxes are absorbed by all the walls and partition walls in proportion of surfaces
BooleanQVinfalseTrue : controlled air change rate; False : constant air change rate
Walls
Modelica.Units.SI.TemperatureTp293.15Initial temperature of walls
BuildSysPro.Utilities.Types.InitCondInitTypeBuildSysPro.Utilities.Types.InitCond.SteadyStateType of initialization for walls
Windows
BooleanuseVoletPFfalseTrue if shutter, false if not
BooleanuseOuverturePFfalseTrue if controlled opening, false if not
BooleanuseReduction1falseTrue if solar reduction factors (masking, frame), false if not
Windows › Parameters
IntegerTypeFenetrePF11Choice of type of window or French window
Realvoilage10.95Presence of net curtains : = 0.95 if yes and = 1 if not
Realposition10.90Glazing position: = 0.9 if inner and = 1 if outer
Realrideaux10.85Presence of curtains: = 0.85 if yes and = 1 if not
Realombrages10.85Obstacles shading (vegetation, neighborhood): = 0.85 if yes et = 1 if not
Windows › Reduction factor if useReduction = false
Realr11paraMaisonRT.transmissionMenuiseriePortesFenetresReduction factor for direct radiation if useReduction = false
Realr21paraMaisonRT.transmissionMenuiseriePortesFenetresReduction factor for diffuse radiation if useReduction = false
Thermal bridges
Modelica.Units.SI.ThermalConductanceG_pontsUtilities.Functions.CalculGThermalBridges(ValeursK = paraMaisonRT.ValeursK, LongueursPonts = BuildSysPro.BuildingStock.Utilities.Records.Geometry.IndividualHousing.SettingsMozart.LongueursPontsSejour, TauPonts = paraMaisonRT.TauPonts)Thermal bridges

Connectors

TypeNameDefaultDescription
BuildSysPro.BaseClasses.HeatTransfer.Interfaces.HeatPort_aT_sky
BuildSysPro.BaseClasses.HeatTransfer.Interfaces.HeatPort_aT_ext
BuildSysPro.BaseClasses.HeatTransfer.Interfaces.HeatPort_aT_int_living
Modelica.Blocks.Interfaces.RealInputRenouvAir
Modelica.Blocks.Interfaces.BooleanInput[2]ouvertureFenetresOpening of south and west windows
Modelica.Blocks.Interfaces.RealInput[2]fermetureVoletsClosing of south and west shutters
BuildSysPro.BoundaryConditions.Solar.Interfaces.SolarFluxInput[3]FluxIncExtNorth
BuildSysPro.BoundaryConditions.Solar.Interfaces.SolarFluxInput[3]FluxIncExtSouth
BuildSysPro.BoundaryConditions.Solar.Interfaces.SolarFluxInput[3]FluxIncExtWest
Modelica.Blocks.Interfaces.RealOutputFLUXrefendCuisine
Modelica.Blocks.Interfaces.RealOutputFLUXrefendEntree
Modelica.Blocks.Interfaces.RealOutputFLUXporteEntree
Modelica.Blocks.Interfaces.RealInputVENTSud
Modelica.Blocks.Interfaces.RealInputVENTOuest

Components

TypeNameDefaultDescription
BuildSysPro.BoundaryConditions.Radiation.PintRadDistribPintdistriRad
BuildSysPro.Building.AirFlow.HeatTransfer.AirNodenoeudAir
BuildSysPro.Building.AirFlow.HeatTransfer.AirRenewalrenouvellementAir

Revisions

Stéphanie Froidurot - 10/2020 : Add flux for internal doors