Analysis and MPPT control of PV module

Priya Gupta, K. Sandhu
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Abstract

With the incorporation of solar energy as a major chunk of the total installed capacity of INDIA (with respect to RES) there is an acute need to efficiently explore the potential it holds to procure the aforementioned grail. The technique used in this paper endeavours to achieve a nearly sinusoidal output from solar radiations incident on PV panels that can be consolidated in our system without deteriorating the power quality. Maximum power is attained by Perturb and Observe MPPT technique through boost converter. Voltage is the perturbing parameter in the P&O MPPT. The output achieved from three phase VSI is highly distorted due to harmonics, to eliminate this crucial drawback LCL filter is used to reduce the THD and thus ameliorate the output. All functions are performed and shown by the MATLAB/SIMULINK software.
光伏组件分析及MPPT控制
随着太阳能成为印度总装机容量的主要组成部分(就可再生能源而言),迫切需要有效地探索其潜力,以获得上述圣杯。本文中使用的技术努力实现PV板上太阳辐射的近正弦输出,该输出可以在我们的系统中巩固而不会恶化电能质量。通过升压变换器实现Perturb和Observe MPPT技术的最大功率。电压是P&O MPPT中的扰动参数。由于谐波,三相VSI实现的输出高度失真,为了消除这一关键缺点,使用LCL滤波器来降低THD,从而改善输出。所有功能均由MATLAB/SIMULINK软件执行和显示。
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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