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In this work the copper (Cu) conducting electrode was appraised as an alternative to standard screen printed silver (Ag) front contacts. Laser ablation and photolithography based wet chemical etching were adapted to pattern and analyze adhesion for reliable crystalline silicon (C-Si) solar cell technology. Nickel (Ni) surface treatment after the sintering process contributed to an improved Cu plating...
We provide a review and analysis of research on crystalline silicon thin-film solar cells (CSiTFSCs) on ceramic substrates. The use of foreign substrates (non-silicon materials) for the processing of crystalline silicon solar cells could potentially decrease solar-grade silicon consumption and significantly reduce module costs. In order to enhance the efficiency potential of CSiTFSCs on ceramic...
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