BuildSysPro.Building.AirFlow.HeatTransfer.Ventilation3CL_DPE

# .BuildSysPro.Building.AirFlow.HeatTransfer.Ventilation3CL_DPE

## Information

Records allows to save the parameters needed to calculate the ventilation flow using 3CL-DPE method (order April 2013)

Hypothesis and equations

Saved parameters :

Smea_conv : conventional value of the sum of air inlet modules at 20Pa per unit of living area (m3/h/m²)

QvarepConv : conventional extract air flow per unit of living space (m3/h/m²) (specific to the ventilation system) (spécifique au système de ventilation)

Bibliography

Annexe 1 - Méthode 3CL-DPE v1.3

Instructions for use

none

Known limits / Use precautions

none

Validations

Validated records - Delphine Bousarout 03/2014

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Licensed by EDF under a 3-clause BSD-license
Copyright © EDF 2009 - 2023
BuildSysPro version 3.6.0
Author : EDF (2014)
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## Contents

Name | Description
--- | ---
GenericVentilationDPE | Residential ventilation
ByWindowsOpening | Ventilation by opening windows
HighAndLowAirInlets | Ventilation by high and low air inlets
VMCBefore82 | Self-adjusting mechanical ventilation before 1982
VMCAfter82 | Self-adjusting mechanical ventilation after 1982
VMCHygroA | Humidity-controlled mechanical ventilation A - with humidity-controlled extraction-
VMCHygroGas | Hygro-adjustable gas mechanical ventilation
VMCHygroB | Humidity-controlled mechanical ventilation B - with extraction and humidity-controlled air inlets-
DoubleFlowExchanger | Double flow mechanical ventilation with heat exchanger
DoubleFlow | Double flow mechanical ventilation without heat exchanger
Hybrid | Hybrid ventilation
NaturalByPipe | Natural ventilation by duct
ExtractorOnNatVentilationPipe | Ventilation on unmodified natural ventilation duct
HygroNatural | Natural ventilation by duct with humidity sensitive air inlets
HygroHybrid | Hybrid ventilation with humidity sensitive air inlets
ClimaticWell | Canadian or Provençal climatic well

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