Design and analysis of SVC using System Identification

A. Tamboli, D. Patil
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引用次数: 1

Abstract

The Flexible AC Transmission System (FACTS) technology is a auspicious technology to achieve complete deregulation of power system based on power electronic devices. Static VAR Compensator (SVC) is one of the shunt connected devices, which can be utilized for the purpose of voltage and reactive power control in power systems.This paper deals with the analysis, design and of TCR based reactive power compensation and voltage regulation.Topology for closed loop reactive power compensation suitable for dynamic loads using TCR is presented. Firing angle range of TCR is selected in such a way that to keep the harmonic content at minimum level. Another approach to achieve the complete closed loop control of TCR is by using system identification. By proper linearization of TCR characteristics we can find different transfer function for linear ranges using system identification toolbox in MATLAB. The dynamic equations for TCR SVC model will be presented in the form of transfer function.
基于系统辨识的SVC设计与分析
柔性交流输电系统(FACTS)技术是实现基于电力电子设备的电力系统完全放松管制的一项有利技术。静态无功补偿器(SVC)是一种并联装置,可用于电力系统的电压和无功控制。本文研究了基于TCR的无功补偿和电压调节的分析、设计。提出了适用于动态负载的TCR闭环无功补偿拓扑结构。TCR发射角范围的选择使其谐波含量保持在最低水平。另一种实现TCR完全闭环控制的方法是利用系统辨识。通过对TCR特性进行适当的线性化处理,利用MATLAB中的系统识别工具箱可以在线性范围内找到不同的传递函数。以传递函数的形式给出了TCR SVC模型的动力学方程。
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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