Abstract
A new technique for optimizing silicon solar cell performances has been established. The parameters to be optimized are replaced by independent variables without constraints. The variables include diffusion and recombination parameters, as well as non ideal effects such as band gap narrowing. The method allows a simultaneous optimization of parameters leading to maximization of solar cell efficiency and open-circuit voltage. It suggests an allowable range of the efficient parameters, and a new cell design criterion in terms of a thin base with a low recombination velocity.
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