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Sub-stoichiometric molybdenum oxide (MoOx) films are commonly deposited on crystalline silicon (c-Si) solar cells by thermal evaporation, a process that requires high vacuum and provides limited control of oxide stoichiometry and in consequence limited control of hole transport properties. Here, we report on a method of forming MoOx films on crystalline silicon wafer surfaces by spin-coating hydrogen...
This paper provides an experimental proof-of-concept for simple solar cell designs on n- and p-type crystalline silicon (c-Si) substrates which utilise sub-stoichiometric MoOx (x < 3) films to collect holes. The n-type cell design (referred to as ‘moly-poly’) features a planar rear SiOx / poly-Si(n+) stack with a planar front SiOx / MoOx / ITO stack. We demonstrate an un-optimised conversion efficiency...
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