Sahli Florent, Werner Jérémie, Kamino Brett A., Bräuninger Matthias, Monnard Raphaël, Paviet-Salomon Bertrand, Barraud Loris, Ding Laura, Diaz Leon Juan J., Sacchetto Davide, Cattaneo Gianluca, Despeisse Matthieu, Boccard Mathieu, Nicolay Sylvain, Jeangros Quentin, Niesen Bjoern, Ballif Christophe (2018), Fully textured monolithic perovskite/silicon tandem solar cells with 25.2% power conversion efficiency, in
Nature Materials, 17(9), 820-826.
Ballif Christophe, Perret-Aebi Laure-Emmanuelle, Lufkin Sophie, Rey Emmanuel (2018), Integrated thinking for photovoltaics in buildings, in
Nature Energy, 3(6), 438-442.
Clua LongasAngela, LufkinSophie, ReyEmmanuel (2018), Advanced Active Façades: The Construction of a Full-Scale Demonstrator for BIPV Architectural Integration, in
PLEA 2018: Smart and Healthy Within the Two-Degree Limit , Hong KongEdward Ng, Square Fong, Chao Ren, Hong Kong.
CLUA Angela (2017), Towards Advanced Active Façades: Analysis of façade requirements and development of an innovative construction system, in
Design to thrive, EdinburghNCEUB 2017, Edinburgh.
Clua Longas Angela, Lufkin Sophie, Rey Emmanuel (2017), Towards advanced active façades : The development of a new construction system combining passive and active design strategies, in
International Conference for Sustainable Design of the Built Environment- SDBE , LondonNA, NA.
CLUA Angela (2016), Towards a new prospective basis for the design strategies of Active Façades., in
PLEA 2016: 32nd Internetional Conference on Passive and Low Energy Architecture, Los Angeles Pablo La Roche and Marc Schiler, Los Angeles.
Building façades in Switzerland could provide up to 3-4 TWh of electricity, with the advantage of balancing better the summer and winter production. The theoretical potential for well-exposed roof is even a factor 5-6 larger . So far “solar façades” have remained a curiosity for various sets of reasons .Roofs systems tend to fulfil no aesthetic criteria with standard modules usually added onto the roofs. In a joint effort of product developers, architects and scientist, this project aims at providing pathways for a wide scale application of PV façade solutions and researching how high efficiency modules could impact the visual aspects of Switzerland. The project will benefit from input of Project 1-3 and provide data to project 6 of the joint project PV-2050