2. Thermal conductance of glazing: heat transfer coefficient
2.1 Thermal conductivity
The thermal conductance of the space between the glasses depends on the characteristics of the gas and the emissivity of the facing surfaces.
Knowing these conductances enables us to calculate the heat loss coefficient U g which corresponds to the transmission of thermal energy between the interior and exterior. The lower this coefficient, the more insulating the glazing.
SCROLL TO TOP2.2 Heat transfer coefficient
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Thermal conductance of glazing: heat transfer coefficient
Bibliography
Website
The glass portal http://www.verreonline.fr/
Regulations
FFPV professional rules
Council of State decrees – RT 2012 and certificates of compliance with thermal regulations for new buildings:
Decree no. 2010-1269 of October 26, 2010 on the thermal characteristics and energy performance of buildings
Decree no. 2011-544 of May 18, 2011 on certificates of compliance with thermal...
Standards and norms
- Glass in construction – Determining the luminous and solar characteristics of glazing - NF EN 410 - 04-11
- Glass in construction – Determining the thermal transmittance U – Calculation method - NF EN 673 - 04-11
- Appendix A – Solar shading devices combined with glazing – Calculating solar and light transmittance – Simplified method - NF EN 13363-1 - 05-04
- Appendix B – Solar shading devices combined...
Directory
CEKAL Association – French certification body for insulating glass units http://www.cekal.com
FFPV (French Federation of Glass Professionals) http://www.ffpv.org
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