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Title:
An architectural approach for improving aesthetics of PV
 
Author(s):
Slooff, L.H.; Roosmalen, J.A.M. van; Okel, L.A.G.; Vries, T. de; Minderhoud, T.; Gijzen, G.; Sepers, T.; Versluis, A.; Frumau, F.; Rietbergen, M.; Polinder, L.; Heller, E.M.B.; Vries, F. de
 
Published by: Publication date:
ECN Solar Energy 25-9-2017
 
ECN report number: Document type:
ECN-M--17-026 Conference Paper
 
Number of pages: Full text:
4 Download PDF  (3401kB)

Presented at: EUPVSEC, Amsterdam, , 25-29 september 2017.

Abstract:
In order to improve the social acceptance of photovoltaic modules, the choice in panel color and size should be enlarged. Although various approaches have been reported to change the appearance of PV modules, it often adds complexity to the manufacturing process. Here an approach is presented in which a design module can be manufactured on standard module lines, by adding a print interlayer to the module. First results are shown on small PV panels, including performance and stability tests. Also full size panels are shown with an aluminum back panel including mounting structures for easy mounting on roofs and facades. The results show that although there is a drop in conversion efficiency by applying a print, the overall drop is lower than expected based on the print coverage. The stability tests show promising results after thermal cycling, damp heat, UV degradation and outdoor exposure.


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