A new approach to the manufacture of chalcogenide thin film solar cells |
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Authors: | V Geyer F Schuurmans H Linden C Bürger M Beinlich R van Dam P van den Heuvel J van der Linden R Timmers |
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Affiliation: | Scheuten Research, van Heemskerckweg 9, NL 5928 Venlo, Netherlands |
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Abstract: | Glass beads of 0.2 mm diameter are covered with molybdenum, copper and indium. The copper/indium layers are transformed into copper indium disulfide (CIS) by exposing the glass beads to a hydrogensulfide/argon mixture at temperatures of around 500 °C. The CIS covered glass beads serve as the basis material for the formation of solar cells. The main advantage of this approach is the separation between absorber and cell/module formation. In this paper the different process steps necessary for cell manufacturing are described. Some properties of solar cells made out of CIS covered glass beads are presented. |
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Keywords: | Solar cells Chalcopyrite Glass beads |
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