摘要
国内外对暂降源定位方法的研究已趋于成熟,然而新能源广泛的发展对电力系统稳定运行增加了风险外,还影响着传统多测点定位方法的准确性。近年来对高渗透新能源电网暂降源定位法的研究分为三类:扩展阻抗测距法、配电开关监控终端(Feeder Terminal Unit,FTU)故障信息定位法、神经网络法。阐述这三类方法并分析其不足,随后提出基于新能源电源机理特性的新型定位法的研究思路,最后考虑如何优化电力系统规划和运行中存在的不确定因素。
The study for the temportary drop sarce positioning mode at home and abroad has ripened,but the development of new energy source to risks of stable operation of the power system has increased,and effects accuracy of traditional multiple-measuring point positioning mode.In recent years,the study for the power network temportary drop source positioning mode of hypertonic new energy source has been divided into three kinds:expauded impedance distance-measuring mode,fault information positioning mode of feeder termial unit and nearal network mode.The paper expounds the three kind modes and analyzes their stortages,and then puts forward a study thinking based on a new kind ploitioning mode of new eaergy source mechanigm characteristic.Finally consider how to optimize uncertain facts which are in the power system and operation.
作者
林熙瑶
邵振国
张嫣
LIN Xi-yao;SHAO Zhen-guo;ZHANG Yan(School of Electrical Engineering and Automation,Fuzhou University,Fuzhou 350100,China)
出处
《电气开关》
2020年第1期1-5,16,共6页
Electric Switchgear
关键词
暂降源定位
分布式新能源
机理特性
不确定性
temportary drop source positioning
distributed new energy source
mechanigm characteristic
uncertain
作者简介
林熙瑶(1995-),女,硕士研究生,研究方向为电能质量分析与控制;邵振国(1970-),男,博士,教授,博导,研究方向为电能质量及电力系统稳定与控制。
