Hardware Implementation of Sudoku, Optimal Sudoku, Sky-Scrapper, Novel Shade Dispersion and Magic Matrix Shifting PV Reconfiguration Techniques with MPPT Algorithm to Enhance Maximum Power

Vinaya Chavan;Suresh Mikkili;Gaurav Kumar
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引用次数: 0

Abstract

This research paper investigates the performance of reconfiguration methods by integrating the MPPT algorithm. This study examines the performance of various PV array reconfiguration techniques based on power extraction, efficiency, and reliability. The effectiveness of reconfiguration methods has been evaluated through simulation, followed by hardware experimentation under partial shading cases. The methodology involves implementing and testing conventional TCT and other physical PV array reconfiguration methods by integrating the P&O MPPT algorithm with each reconfiguration method, and the performance of the combined system is evaluated under voltage and current curves, power extraction, MPPT tracking efficiency, and % steady state oscillations. Hardware experiments validate the proposed approach using a PV system prototype.
数独的硬件实现,最优数独,摩天大楼,基于MPPT算法的新型阴影分散和神奇矩阵移动PV重构技术以提高最大功率
本文结合MPPT算法对重构方法的性能进行了研究。本研究从电力提取、效率和可靠性的角度考察了各种光伏阵列重构技术的性能。通过仿真和部分遮阳情况下的硬件实验,对重构方法的有效性进行了评价。该方法通过将P&O MPPT算法与每种重构方法相结合,实现和测试传统的TCT和其他物理光伏阵列重构方法,并在电压和电流曲线、功率提取、MPPT跟踪效率和%稳态振荡下评估组合系统的性能。硬件实验验证了该方法的有效性。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
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CiteScore
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