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Optimal Parameter Extraction of Solar Cell using Classical,Nonlinear Optimization and Genetic Algorithm Method

Sandeep patel, R.S. Mandloi

Abstract


In this paper, another strategy based for the extraction of electrical parameters (the immersion current, the serial resistance, the parallel resistance and the ideality element) is proposed. The models with five and seven parameters separately are considered.  The Genetic Algorithm is utilized as an apparatus for enhancement to expand the likelihood of achieving the worldwide least arrangements in a brief span with a decent precision taking into account the minimization of the quadratic mistake amongst trial and hypothetical characteristics simulation comes about demonstrate that the exactness of the heuristic methodology is successful for displaying on account of sun based modules. Parameter is advanced by utilizing Classical technique. Nonlinear Optimization strategy and Genetic Algorithm technique. Then again, the outcomes were gotten after just seven eras which can be viewed as quick for a nonlinear advancement issue with numerous physical requirements. The outcomes demonstrate that the GA is exceptionally reasonable for evaluating electrical parameters required for displaying the PV exhibit


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References


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