Analysis of PCM wall boards for passive cooling power to improve thermal comfort in rooms /
Bharat Chhugani
Analysis of PCM wall boards for passive cooling power to improve thermal comfort in rooms / تحليل قدرة التبريد الذاتية لحوائط المواد ذات الطور المتغير بهدف تحسين الراحة الحرارية فى الغرف Bharat Chhugani ; Supervised John Sievers , Adel Khalil - Cairo : Bharat Chhugani , 2017 - 60 P. : charts , facsimiles ; 30cm
Thesis (M.Sc.) - Cairo University - Faculty of Engineering - Department of Mechanical Power Engineering
In order to increase energy efficiency and efficient thermal heat storage capacity in lightweight buildings like offices, PCMs (Phase Change Materials) can be integrated within building components like walls or ceilings. PCMs can absorb a significant amount of heat during the daytime when room air temperature is rising above the PCMs melting temperature. The stored heat is released during the night, when the indoor air is cooler than the PCMs solidification temperature. Therefore, room integrated PCMs dampen the amplitude of indoor temperature swings. It can directly ensure better thermal comfort for occupants in buildings while reducing the energy consumption for an additional cooling system for rooms
Passive cooling power Phase Change Material (PCM) Thermal comfort
Analysis of PCM wall boards for passive cooling power to improve thermal comfort in rooms / تحليل قدرة التبريد الذاتية لحوائط المواد ذات الطور المتغير بهدف تحسين الراحة الحرارية فى الغرف Bharat Chhugani ; Supervised John Sievers , Adel Khalil - Cairo : Bharat Chhugani , 2017 - 60 P. : charts , facsimiles ; 30cm
Thesis (M.Sc.) - Cairo University - Faculty of Engineering - Department of Mechanical Power Engineering
In order to increase energy efficiency and efficient thermal heat storage capacity in lightweight buildings like offices, PCMs (Phase Change Materials) can be integrated within building components like walls or ceilings. PCMs can absorb a significant amount of heat during the daytime when room air temperature is rising above the PCMs melting temperature. The stored heat is released during the night, when the indoor air is cooler than the PCMs solidification temperature. Therefore, room integrated PCMs dampen the amplitude of indoor temperature swings. It can directly ensure better thermal comfort for occupants in buildings while reducing the energy consumption for an additional cooling system for rooms
Passive cooling power Phase Change Material (PCM) Thermal comfort