Comparative assessment of reconfiguration methods on PV systems shows significant improvements in efficiency, highlighting implications for solar energy design.
The purpose of this study is to assess methods for reconfiguring solar arrays to lessen the adverse effects of partial shade. MATLAB was used to examine and simulate a number of reconfiguration and connecting techniques. According to the findings, reconfiguration strategies including dynamic electrical schemes and adaptive banking greatly increase PV system efficiency when compared to traditional approaches using Matlab/Simulink. Moreover, combining these strategies with MPPT algorithms enhances system performance in conditions involving partial shading. In order to guarantee greater stability and efficiency, the study suggests implementing reconfiguration techniques in PV system design. For future work, it is suggested to experimentally validate these algorithms on real PV systems and assess their integration with microgrids under diverse operating environments.
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Al-refai et al. (2025) studied this question.
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