Study of a New Hybrid Optimization-Based Method for Obtaining Parameter Values of Solar Cells

Abstract

This chapter presents a comprehensive study of a new hybrid method developed for obtaining the electrical unknown parameters of solar cells. The combination of a traditional method and a recent smart swarm-based optimization method is done, with a big focus on the application of the topic of artificial intelligence algorithms into solar photovoltaic production. The combined approach was done between the traditional method, which is the noniterative Levenberg-Marquardt technic and between the recent meta-heuristic optimization technic, called Grey Wolf optimizer algorithm. For comparison purposes, some other classical solar cell parameter determination optimization-based methods are carried out, such as the numerical (iterative, noniterative) methods, the meta-heuristics (evolution, human, physic, and swarm) methods, and other hybrid methods. The final obtained results show that the used hybrid method outperforms the above-mentioned classical methods, under this study.

Performances of Silicon Solar Modules in Togo’s Main Cities as a Function of Irradiation and Temperature.

“…Among these mathematical models, the one with single diode is generally considered as the most suitable and the easiest to implement to model a photovoltaic cell in normal functioning [8][9][10][11][12][13].…”