摘要
This letter presents an approach based on differential evolution （DE） algorithm for determining the solar cell model parameters from current-voltage （I - V） characteristics. The validity of this approach has been confirmed with experimental and simulated I - V data. It was demonstrated that the I - V curve derived from the parameters extracted by the DE approach is in good agreement with the experimental or simulated I - V data. A low objective function value as well as a high parameter precision can be obtained by the DE algorithm.
This letter presents an approach based on differential evolution （DE） algorithm for determining the solar cell model parameters from current-voltage （I - V） characteristics. The validity of this approach has been confirmed with experimental and simulated I - V data. It was demonstrated that the I - V curve derived from the parameters extracted by the DE approach is in good agreement with the experimental or simulated I - V data. A low objective function value as well as a high parameter precision can be obtained by the DE algorithm.
基金
supported by the National Natural Science Foundation of China under Grant No.51305407
