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文章摘要
带LCL滤波并网逆变器改进PR控制策略
Improved PR Control Strategy for Grid-Connected Inverter With LCL Filter
Received:January 19, 2014  Revised:January 19, 2014
DOI:
中文关键词: 稳态误差  LCL滤波  PR控制器  解耦控制
英文关键词: steady-state error  LCL filter  PR controller  decoupling control
基金项目:
Author NameAffiliationE-mail
XIE yongliu* College of Electrical Engineering,Xinjiang University 1119876243@qq.com 
LI yongdong College of Electrical Engineering,Xinjiang University  
CHENG zhijiang College of Electrical Engineering,Xinjiang University  
HUA Long College of Electrical Engineering,Xinjiang University  
ZHAO fanghua College of Electrical Engineering,Xinjiang University  
GAO Long Electric Power Supply Company of State Grid, Yibin  
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中文摘要:
      针对同步旋转d-q坐标系下的矢量控制需要复杂的坐标变换,又很难消除系统稳态误差的问题。本文为并网逆变器的控制提出了一种基于两相静止坐标系下带LCL滤波的改进PR控制器的新控制策略,减少了一些复杂的旋转坐标变换,简化了控制算法。该控制策略能够实现电网电流无稳态误差跟踪交流指令信号,同时实现了静止坐标系下有功无功(PQ)的解耦控制。最后经过仿真表明,采用改进PR控制器的并网逆变器具有优良的动静态控制性能,实现了电流无稳态误差跟踪,对低次谐波以及指定次谐波具有很强的抑制能力,具有重要的实用价值。
英文摘要:
      In view of the vector control of synchronous rotating d-q coordinate system need complex coordinate transformation, and it is difficult to eliminate the system steady-state error problem. This article for the grid-connected inverter control put forward a new control strategy based on the two-phase stationary coordinates with LCL filter of the improvement of PR controller, reduce the complex rotary coordinate transformation and simplify the control algorithm. The no steady-state error tracking control strategy can realize the grid current instruction signal communication, active reactive power at the same time achieve the static coordinate system (PQ) decoupling control. And finally through the simulation shows that with the improved grid inverter PR controller has excellent dynamic and static control performance, and realized the current without steady-state error tracking, for low harmonics, and specify the harmonic has a strong inhibition, has important practical value.
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