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文章摘要
链式SVG直流侧电压分层控制策略的研究
A hierarchical control strategy of DC voltage balancing for Chain SVG
Received:December 22, 2013  Revised:January 07, 2014
DOI:
中文关键词: 链式  静止无功补偿装置  双闭环控制  分层控制
英文关键词: chain  static reactive compensation device  double closed-loop control  hierarchical control.
基金项目:
Author NameAffiliationE-mail
(ZHAO Guo-sheng School of Electrical Engineering,Zheng zhou University zgs410@zzu.edu.cn 
LU Xiang-dong)* School of Electrical Engineering,Zheng zhou University luxiangdong1988@163.com 
Liu Kai College of Communication Engineering, Zheng zhou University  
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中文摘要:
      链式静止无功补偿装置(SVG)对于提高电网的安全稳定有着巨大的意义,便于模块化的链式结构更是给扩展SVG容量带来了很大的方便,但是分散的直流侧电压控制却难以实现。本文根据双闭环控制理论,内环电流控制准确的实现了无功电流的实时跟随;外环直流电压控制不仅分相控制了单相的总体电压水平,而且根据各路的调制波信号控制各个功率单元,从而实现了外环的分层控制策略。在MatLab Simulink 下,以2KV电压等级为例,对每相三功率单元串联的三相系统进行了仿真,通过仿真实验验证了了SVG的补偿效果以及控制系统的可靠性。
英文摘要:
      The chain static reactive compensation device (SVG) is of great significance for enhancing the security and stability of power grid, the chain structure that is facilitated to modulate has brought great convenience to expand capacity, But the scattered DC voltage control solution is difficult to be solved. This article embarks from the double closed-loop control, the inner current control realize the reactive current real-time following accurately; the outer DC voltage control is not only control the single phase voltage level as a whole, but also control the modulation signal of each power unit directly from various modulation wave, so realize the hierarchical control strategy of the outer ring. Under the environment of Matlab Simulink, taking 2KV voltage level for example, simulate the three-phase system that its power unit of single-phase three series , proving the compensation effect of SVG and the reliability of the control system.
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