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An improved method and simulation of tracking the maximum power point for Photovoltaic gene ration system

机译:一种改进的追踪光伏基因配给系统最大功率点的方法和仿真

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In the Photovoltaic(PV) power system, lighting intensity and air temperatur have great effect on the output characteristic PV cells which has distinct nonlinear characteristics. In this paper an improved method of perturb and observe (P&O) is proposed, based on the comparison of power, and then the simulation model on the platform of matlab/simulink is established. In comparison with traditional variable step-size P&O and InCond, this strategy can achieve better performance, and in the steady-state conditions it leads to lower oscillations and fewer power loss around the maximum power point. The improved method provides a quick and accurate tracking even in the conditions of irradiation change and it is proved to be a good method to realize the MPPT controlling of PV cells.
机译:在光伏(PV)电力系统中,照明强度和空气温度对具有不同非线性特性的输出特性PV电池具有很大的影响。本文基于功率的比较,提出了一种改进的扰动和观察方法(P&O),然后建立了Matlab / Simulink平台上的仿真模型。与传统的可变步长P&O和indOrd相比,该策略可以实现更好的性能,并且在稳态条件下它导致振荡降低,并且在最大功率点周围更少的功率损耗。即使在照射变化条件下,改进的方法也提供了快速准确的跟踪,并且证明是实现PV电池的MPPT控制的好方法。

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