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Global stress classification system for materials used in solar energy applications

: Slamova, K.; Schill, C.; Herrmann, J.; Datta, P.; Wang, C.C.

Ouwehand, L. ; European Space Agency -ESA-, Paris:
Living Planet Symposium 2016. Proceedings : 9-13 May 2016, Prague, Czech Republic, CD-ROM
Noordwijk: ESA Communications, 2016 (ESA SP 740)
ISBN: 978-92-9221-305-3
Living Planet Symposium <2016, Prague>
Fraunhofer ISE ()

Depending on the geographical location, the individual or combined impact of environmental stress factors and corresponding performance losses for solar applications varies significantly. Therefore, as a strategy to reduce investment risks and operating and maintenance costs, it is necessary to adapt the materials and components of solar energy systems specifically to regional environmental conditions. The project «GloBe Solar» supports this strategy by focusing on the development of a global stress classification system for materials in solar energy applications. The aim of this classification system is to assist in the identification of the individual stress conditions for every location on the earth's surface. The stress classification system could serve as a decision support tool for the industry (manufacturers, investors, lenders and project developers) and help to improve knowledge and services that can provide higher confidence to solar power systems.