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Adaptability Analysis of Particle Swarm Optimization Variants in Maximum Power Tracking for Solar PV Systems

机译:太阳能光伏系统最大功率跟踪中粒子群优化变体的适应性分析

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In upcoming years, energy generated through solar which plays a vital role in power generation has gained importance. The key problem in solar generation is to extract maximum power from solar photovoltaic module at all weather conditions. But due to partial shading conditions caused by bird droppings, soil accumulation and cloud formation, it leads to multiple local peaks making the tracking complex. Since, PSO has gained its significant popularity in the area, maximum power point tracking under partial shading conditions. Analysis of PSO and variants to observe their adaptability for different irradiance conditions such as uniform irradiance, strong shading and weak shading. In this article, a comparative study has been presented for different variants of PSO. The results are analysed based on power oscillation and catching peak through MATLAB simulations.
机译:在即将到来的几年里,通过太阳能产生的能量在发电中发挥着至关重要的作用。太阳能发电的关键问题是在所有天气条件下从太阳能光伏模块中提取最大功率。但由于鸟粪引起的部分着色条件,土壤积累和云形成,它导致多个局部峰,使得跟踪复合物。由于,PSO在该地区获得了重要的普及,在部分着色条件下的最大功率点跟踪。分析PSO和变体,观察它们对不同辐照条件的适应性,如均匀的辐照度,强烈的遮荫和弱遮阳。在本文中,已经针对PSO的不同变体提出了比较研究。基于功率振荡和通过Matlab模拟捕获峰值来分析结果。

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