Experimental Study of Thermal Response of PV Modules Integrated into Naturally-ventilated Double Skin Facades

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• 作者：Leon Gaillard^a ; ^b ; ^{leon.gaillard@insa-lyon.fr" class="auth_mail} ; Christophe Mé ; né ; zo^a ; ^b ; Sté ; phanie Giroux^c ; Hervé ; Pabiou^d ; Ré ; mi Le-Berre^e
• 关键词：building-integrated photovoltaic system ; natural convection ; double skin facade ; empirical model
• 刊名：Energy Procedia
• 出版年：2014
• 年：2014
• 卷：48
• 期：Complete
• 页码：1254-1261
• 全文大小：1279 K

文摘

Building-Integrated Photovoltaic systems (BIPV) represent a promising solution for the local generation of clean electricity combined with cooling or heating through the exploitation of natural convection or mechanical ventilation. In this article we present, through the ADEME project 鈥淩ESSOURCES鈥? such components developed on a large scale (and adapted for new builds and renovation projects). To date, the work has focused upon 3 prototype building envelopes comprising naturally-ventilated double-skin configurations installed on real buildings: two systems were developed for individual houses (Moret sur Loing, EDF R&D) and one for an office building (Toulouse, HBS-Technal). A comparative experimental evaluation of the three prototypes is presented in terms of the thermal response of the PV elements and the air cavity.