光伏应用的节能摄动与观测MPPT算法

G. Mahalakshmi, D. Maladhi, G. Manochitra, T. Bhavatharini
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摘要

光伏(PV)板是一种可以在日光下转换成电能的小工具,被认为是提供一尘不染和无穷无尽的可持续能源的重要方法之一。尽管如此,这些小工具通常不能在最极端的熟练程度下工作,因为它们的产生电流电压商标的非线性受到电路板温度和辐照度的影响。因此,在MPPT之后,一个精英的最大功率点是保持PV框架在理想的功率点上工作的方式,在这一点上,它可以提供最大的生产力。许多MPPT控制器和不同种类的控制方法已经考虑了之前。无论如何,他们不会精确地追踪到最极端的力量。本文主要考虑的是MPPT控制策略或计算方法,即刺激和监视(P&O)系统,该系统因其省力和使用简单而得到广泛应用。利用MATLAB编程对所提出的策略进行了评估。关键词:降压变换器,MPPT,光伏面板,扰动观测算法。
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Energy Efficient Perturb and Observe MPPT Algorithm for PV Application
-Photovoltaic (PV) boards are gadgets that change over daylight into electrical vitality and are thought to be one of the significant methods for delivering spotless and endless sustainable power source. Notwithstanding, these gadgets don't generally normally work at most extreme proficiency because of the nonlinearity of their yield currentvoltage trademark which is influenced by the board temperature and irradiance. Subsequently, an elite greatest power-point following MPPT is the way to keep the PV framework working at the ideal power point which at that point gives most extreme productivity. Numerous MPPT controllers and distinctive sorts of control methods have been considered before. In any case, they don't precisely track the most extreme power. This paper basically considers the MPPT control strategy or calculation i.e, irritate and watch (P&O) system which is broadly utilized because of its minimal effort and simplicity of usage. The proposed strategy has been assessed utilizing MATLAB programming. Keywords--Buck Converter, MPPT, PV Panel, Perturb &Observe Algorithm.
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