Game Theory based PV Array Reconfiguration Methodology to Enhance Shade Dispersion Factor under PSCs: Experimental Analysis

Photovoltaic (PV) array performance is reduced by shading causes, which can be avoided using a variety of methods for changing the connections between PV modules. This paper suggests a method to reduce the impacts of partial shading conditions (PSCs) on solar PV arrays, through the traditional configurations like SP, TCT, and through game puzzle arrangements like Su-Do-Ku and Sky - scraper setups, to make a 9×9 size array. In this paper, an exploration into conventional electrical strategies, namely series-parallel (SP) and total-cross-tied (TCT), is compared. Furthermore, the suggested algorithm can be used to set up Photovoltaic panels to maximize power throughout non-uniform irradiation rates. The findings of study are evaluated on the basis of power loss (PL) and fill factor (FF). The responsibility of demonstrating the productive results of the envisaged PV array setup falls on careful monitoring. This paper is helpful for educationists and scholars who are looking for new ways to lessen the partial shading consequence on PV arrays in order to achieve higher global maximum power point (GMPP).