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文章摘要
一种改进的频率正反馈无功电流扰动孤岛检测研究
An Improved Frequency Feedback Detection Method for Reactive Power Current Disturbance Islanding
Received:May 10, 2018  Revised:May 10, 2018
DOI:
中文关键词: 孤岛检测  频率正反馈  无功电流  光伏并网系统
英文关键词: Islanding  detection, frequency  positive feedback, reactive  current, photovoltaic  grid-connected  system
基金项目:西华大学研究生创新基金
Author NameAffiliationE-mail
Bao Xiaoting* Xihua University School of Electrical Engineering and Electronic Engineering 13618039810@163.com 
Chen Yongqiang Xihua University School of Electrical Engineering and Electronic Engineering 910076153@qq.com 
Zhang Chao Xihua University School of Electrical Engineering and Electronic Engineering 847253470@qq.com 
Zhang Jingang Xihua University School of Electrical Engineering and Electronic Engineering 476202256@qq.com 
Yu Feihong Xihua University School of Electrical Engineering and Electronic Engineering 564852717@qq.com 
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中文摘要:
      孤岛检测技术能保证逆变型光伏发电系统并网对电力系统安全运行和稳定工作。基于对传统无功电流扰动方法的分析,本文提出一种改进的频率正反馈的无功电流扰动孤岛检测方法。通过周期性地施加无功扰动电流和扰动函数的正反馈作用,加大无功扰动量,使频率越限,从而实现防孤岛效应保护功能。通过Matlab/Simulink仿真软件搭建了仿真模型,实验结果表明,该方法对电能质量影响小,不向电网注入谐波,具有无检测盲区、检测速度快的优点。
英文摘要:
      The islanding detection technology can guarantee the safe operation and stable operation of the inverting photovoltaic power generation system in connection with the power system. Based on the analysis of the traditional method of reactive current disturbance, this paper presents an improved frequency positive feedback method for reactive current disturbance islanding detection. Through the periodic application of the reactive disturbance current and the positive feedback function of the disturbance function, the amount of reactive disturbance is increased to limit the frequency, so as to achieve the anti-islanding effect protection function. The simulation model was built by Matlab/Simulink simulation software. The experimental results show that this method has little influence on power quality and does not inject harmonics into the power grid. It has the advantages of no detection blind zone and fast detection speed.
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