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State-of-the-art and SWOT analysis of building integrated solar envelope systems: deliverables A.1 and A.2

Authors :
Bonato, Paolo
Fedrizzi, Roberto
D'Antoni, Matteo
Meir, Michaela
Kostro, Andre
Hafner, Andreas
Varela Souto, Antía
Arregi, Benat
Copertaro, Benedetta
Wilkinson, Brian
Hubschneider, Carolin
Geisler-Moroder, D.
Rounis, Efstratios
Rico, Elena
Gonzalez Perez, Ignacio
Walshe, James
Chen, Jingchun
Aschauer, Johann
Hollick, John
Astudillo, Julen
de Haas, Maarten
Dietz, Martin
O'Neill, Noel
Denz, Paul-Rouven
Elguezabal, Peru
Lemarchand, Philippe
Hanbali, Rafic
Pinotti, Riccardo
Weitlaner, Robert
Garay, Roberto
Lollini, Roberto
Loonen, Roel C.G.M.
Kin, Sam
de Vries, Samuel B.
Avesani, Stefano
del Cano, Teodosio
Aagesen, Vickie
Zhang, Xingxing
Ioannidis, Zissis
Built Environment
Building Performance
Publication Year :
2019
Publisher :
International Energy Agency, 2019.

Abstract

The present document includes a state-of-the-art review of solar envelope systems that are already on the market or that can potentially reach that stage in a short-medium timeframe. The analysis focuses on the technological integration of such solutions in the envelope and building, but non-technical issues such as aesthetic, architectural integration and customer acceptance are also tackled. The solar envelope systems are classified in: Solar harvesting systems: systems that generate electricity or heat; Solar gains control systems, controlling; Hybrid systems: combination of solar harvesting and solar gains control systems.

Details

Language :
English
Database :
OpenAIRE
Accession number :
edsair.narcis........d4c6e89f63a4613612afaecc1c7aa9d5