A platform for research: civil engineering, architecture and urbanism
A platform for research: civil engineering, architecture and urbanism
Integrated Adaptive Facades for Building Energy Efficiency and User’s Thermal Comfort
Reductions in building energy consumption and carbon dioxide emissions are two of the most crucial challenges facing the building industry. Nowadays, energy performance of building deserves big attention, especially its envelop. The need for adaptive buildings to their environment has long been subject to a number of research projects. Adaptive Buildings, called intelligent buildings, represent a relevant opportunity to reduce the energy loads while improving the environmental quality. This paper presents a building performance simulation results performed to evaluate the potential of using the adaptive façade (AF) concept, in the reduction of energy loads, in a semi arid climate, Within (Pleiades+comfie) simulation software. A first quantification is provided. The results showed that the concept of the (AF) provide opportunities to solve the overheating problems of highly glazed buildings, and to reduce the energy use in the hot season.
Integrated Adaptive Facades for Building Energy Efficiency and User’s Thermal Comfort
Reductions in building energy consumption and carbon dioxide emissions are two of the most crucial challenges facing the building industry. Nowadays, energy performance of building deserves big attention, especially its envelop. The need for adaptive buildings to their environment has long been subject to a number of research projects. Adaptive Buildings, called intelligent buildings, represent a relevant opportunity to reduce the energy loads while improving the environmental quality. This paper presents a building performance simulation results performed to evaluate the potential of using the adaptive façade (AF) concept, in the reduction of energy loads, in a semi arid climate, Within (Pleiades+comfie) simulation software. A first quantification is provided. The results showed that the concept of the (AF) provide opportunities to solve the overheating problems of highly glazed buildings, and to reduce the energy use in the hot season.
Integrated Adaptive Facades for Building Energy Efficiency and User’s Thermal Comfort
Lect. Notes in Networks, Syst.
Hatti, Mustapha (editor) / Badeche, Mounira (author)
International Conference on Artificial Intelligence in Renewable Energetic Systems ; 2021 ; Tipasa, Algeria
Artificial Intelligence and Heuristics for Smart Energy Efficiency in Smart Cities ; Chapter: 90 ; 882-888
2021-11-25
7 pages
Article/Chapter (Book)
Electronic Resource
English
Photovoltaic-Integrated Building Facades
| British Library Conference Proceedings | 1996
On the Impact of Building Façades’ Color on Thermal Building Performance and Outdoor Thermal Comfort
| Trans Tech Publications | 2019
On the Impact of Building Façades' Color on Thermal Building Performance and Outdoor Thermal Comfort
| British Library Conference Proceedings | 2019