通过无变压器两级配置连接的改进的光伏电网控制:特邀论文

Fethi Messaoudi, Fethi Farhani, A. Zaafouri
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引用次数: 3

摘要

由于光伏能源清洁可再生,越来越多的光伏并网发电。本文提出了光伏并网的两阶段配置。第一级是直流母线。它由一个BOOST转换器和它的MPPT控制组成。这种控制是基于摄动和观察方法。该方法在常规方法、双PI控制器优化方法和改进方法三种情况下使用。第二阶段是交流总线。它由VSI逆变器和LCL滤波器及其控制器组成,其中有外电流、电压和内电流三个回路。为了改善PVG与三相电网之间的能量流动,考虑了无功补偿和THD补偿。采用简单的解析法对PI控制器参数进行了优化。在MATLAB.Simulink下通过仿真对理论研究进行了验证。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Improved control of PV-Grid connected via a two-stage configuration transformerless: Invited Paper
As PV energy is clean and renewable, more and more PVG is connected to the grid. In this paper, PV grid connected is presented in a two-stage configuration. The first stage is a DC bus. It is composed by a BOOST converter with its MPPT control. This control is based on Perturb and observe method. This method is used under three scenarios, conventional method, optimized method by two PI controllers and modified method. The second stage is the AC bus. It is composed of a VSI inverter and LCL filter with its control, where there are three loops are figured such as outer current, voltage and inner current. The reactive power compensation and THD compensation are considered in order to improve energy flow between PVG and the three phase grid. Parameters PI controller are optimized by an easy analytical method. The theoretical study is tested and verified by simulation under MATLAB.Simulink.
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