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Published in:
2015 | OriginalPaper | Chapter
30. Theoretical Investigation on a Building-Integrated PV/T (BiPVT) System for Electrical and Thermal Energy Saving Case Study: Integrated Solar Village of Bou Saada
Authors : Oualid Sotehi, Abla Chaker, Mostefa Lamine Benamra, Esma Ramoul
Published in: Progress in Clean Energy, Volume 2
Publisher: Springer International Publishing
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Abstract
The aim of this work is to study and estimate, using TRNSYS software, the production and performance of hybrid water PV/T collectors and to assess the impact of integrating solar devices on energy and environmental balances of existing building.
The results show a positive influence when integrating a BiPVT in the building on the economic and environmental balance. In addition to the electric production, heat productivity obtained is important, the solar fraction is satisfactory and the efficiency is high. The installation can supply the entire demand of hot water of the building and all the heating requirements during the entire period of using heater. The electrical production covers all consummations of solar pumps and regulation devices. This production also allows covering the cooling booster for air conditioning during months requiring air conditioning, which makes the installation completely autonomous during all months of the year. A zero-energy building is then obtained.