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文章摘要
低压微电网模式自适应控制策略设计
Study on Mode adaptive control strategy of a Low voltage microgrid
Received:April 24, 2014  Revised:April 24, 2014
DOI:
中文关键词: 低压微电网  虚拟同步发电机  孤岛模式  并网模式  稳定控制
英文关键词: low voltage microgrid  virtual synchronous generator island mode  grid-connected mode  stability Control
基金项目:
Author NameAffiliationE-mail
litan* Electric power company in hebei province baoding power supply subsidiary litanscu@163.com 
yanghonggeng School of Electrical Engineering and Information  
wenke School of Electrical Engineering and Information  
qishaopeng The Third engineering Co, LTD.of the First Highway Engineering Bureau of CCCC  
liujianhua School of Electrical Engineering and Information  
Hits: 1988
Download times: 1002
中文摘要:
      针对微电网模式切换时控制策略的变化问题,本文提出了一种基于虚拟同步发电机模型的模式自适应微电网控制策略,适用于微电网两种运行状态。增加了模拟低通滤波器模块和无功功率积分控制模块,满足了分布式电源在微电网两种运行状态下的运行要求。以功角,电角速度和有功功率为控制变量设计了稳定控制器,使微电网在受到负荷突变和状态转换扰动情况下仍能稳定运行。仿真和硬件实验表明该方法不仅确保了运行模式间的平滑转换,还能有效改善孤岛状态下微电网受到扰动时的频率调节效果,降低因微电网模式转换对微电网带来的冲击,有利于微电网的运行稳定。
英文摘要:
      In view of the microgrid mode switch control strategy change, this paper proposes an adaptive switching control method based on virtual synchronous generator model which is suitable for the two operation modes of microgrid . To satisfy the distributed power in power grid operation under the two operation modes of requirements, this method adds an analog low-pass filter module and reactive power control module. In order to guarantee the stable operation of the microgrid, angle, angular velocity and active power electric become the control variable of stability controller .Simulation and hardware experiment show that this method can not only ensure the smooth transition between the operating mode, also can effectively improve the frequency regulation effect during the disturbance on the islanded state.The stragety reduces the impact of the microgrid pattern conversion that benefits the operation of the micro power grid stability.
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