Simulation of the DC-AC Converter Control for an Isolated PV System

Maria Paula Mantilla Arias, D. A. Bautista López, Laura Camila Plazas Hernández, Esteban Ricardo Prieto Galindo, E. J. Patiño Núñez, Edgar Leonardo Castellanos Solano, Juan Carlos Saavedra Merchán
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Abstract

This paper presents the controller design and tests over a DC-AC converter used in an isolated photovoltaic (PV) system. The control stage is on a Boost converter and its effect takes place on a Voltage Source Inverter (VSI), to reach the DC-AC conversion essential in the PV system by a cascade connection of them. The digital controller was verified through tests in the simulation software Proteus®, obtaining satisfactory results related to the stability of the output voltage and a harmonic distortion lower than 6%, which indicates it is a viable control conversion system for a future real implementation in a PV installation.
隔离型光伏系统直流-交流变换器控制仿真
本文介绍了用于隔离式光伏系统的直流-交流变换器的控制器设计和测试。控制阶段在升压转换器上,其作用发生在电压源逆变器(VSI)上,通过它们的级联连接达到PV系统中必不可少的DC-AC转换。在仿真软件Proteus®中对数字控制器进行了验证,输出电压稳定,谐波失真低于6%,结果令人满意,表明该数字控制器是一种可行的控制转换系统,可以在未来的光伏安装中实际实施。
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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