Radiative cooling in buildings for climatic concept of Morocco.

Jean-Pol Vigneron; T. MOUHIB; M. BENLATTAR; A. MOUHSEN; M. HARMOUCHI; E.M. OUALIM; P. DEFRANCE

Radiative cooling in buildings for climatic concept of Morocco.

Jean-Pol Vigneron, T. MOUHIB, M. BENLATTAR, A. MOUHSEN, M. HARMOUCHI, E.M. OUALIM, P. DEFRANCE

Namur Research Institute for Life Sciences

Research output: Contribution to journal › Article

Abstract

The performance of a radiative cooling system for buildings is investigated and presented. The cooling system consists of stainless steel/tin/glass multilayer (SSTGM). The temperature measurements of a black body, covered by a cubical enclosure of SSTGM, were carried out during the summer period of Settat climatic region in Morocco. These temperature measurements show that this particular SSTGM makes it possible to decrease the temperature of the black body by as much as 22°C, which indicates that it can be used as a good radiative cooling material.

Original language	English
Journal	Physics and Building Engineering
Publication status	Unpublished - 2005

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title = "Radiative cooling in buildings for climatic concept of Morocco.",

abstract = "The performance of a radiative cooling system for buildings is investigated and presented. The cooling system consists of stainless steel/tin/glass multilayer (SSTGM). The temperature measurements of a black body, covered by a cubical enclosure of SSTGM, were carried out during the summer period of Settat climatic region in Morocco. These temperature measurements show that this particular SSTGM makes it possible to decrease the temperature of the black body by as much as 22°C, which indicates that it can be used as a good radiative cooling material.",

author = "Jean-Pol Vigneron and T. MOUHIB and M. BENLATTAR and A. MOUHSEN and M. HARMOUCHI and E.M. OUALIM and P. DEFRANCE",

year = "2005",

language = "English",

journal = "Physics and Building Engineering",

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TY - JOUR

T1 - Radiative cooling in buildings for climatic concept of Morocco.

AU - Vigneron, Jean-Pol

AU - MOUHIB, T.

AU - BENLATTAR, M.

AU - MOUHSEN, A.

AU - HARMOUCHI, M.

AU - OUALIM, E.M.

AU - DEFRANCE, P.

PY - 2005

Y1 - 2005

N2 - The performance of a radiative cooling system for buildings is investigated and presented. The cooling system consists of stainless steel/tin/glass multilayer (SSTGM). The temperature measurements of a black body, covered by a cubical enclosure of SSTGM, were carried out during the summer period of Settat climatic region in Morocco. These temperature measurements show that this particular SSTGM makes it possible to decrease the temperature of the black body by as much as 22°C, which indicates that it can be used as a good radiative cooling material.

AB - The performance of a radiative cooling system for buildings is investigated and presented. The cooling system consists of stainless steel/tin/glass multilayer (SSTGM). The temperature measurements of a black body, covered by a cubical enclosure of SSTGM, were carried out during the summer period of Settat climatic region in Morocco. These temperature measurements show that this particular SSTGM makes it possible to decrease the temperature of the black body by as much as 22°C, which indicates that it can be used as a good radiative cooling material.

M3 - Article

JO - Physics and Building Engineering

JF - Physics and Building Engineering

ER -

Radiative cooling in buildings for climatic concept of Morocco.

Abstract

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