基于頻率監(jiān)測網中廣域電壓相角的區(qū)域間振蕩分析
李冰1，吳振躍1，劉奕路2，肖登明1，焦俊韜1
1 上海交通大學 電氣工程系，上海 200030；
2 田納西大學 電氣工程與計算機工程系，田納西 諾克思維爾 37901
摘 要：區(qū)域間振蕩會嚴重影響系統的正常運行，一旦線路發(fā)生連鎖故障，將引發(fā)更大的系統擾動。通過頻率監(jiān)測網捕捉到了美國東部互聯電力網發(fā)生的6 例典型的區(qū)域間振蕩現象并使用矩陣束方法對電壓相角相對值多路數據進行了模態(tài)分析，計算了相應的振型參數，提出了每一個振蕩現象案例的主模的振型，分析其結果并給出了東部互聯電網的區(qū)域間振型的分布情況。
關鍵詞：區(qū)域間振蕩；矩陣束；振型；廣域監(jiān)測系統 中圖分類號：TM764.1；TM935 文獻標識碼：A 文章編號：1007-3175(2014)02-0011-06
Inter-Area Oscillation Analysis Using Wide Area Voltage Angle Measurements from Frequency Monitoring Network
LI Bing1, WU Zhen-yue1, LIU Yi-lu2, XIAO Deng-ming1, JIAO Jun-tao1
1 Department of Electrical Engineering, Shanghai Jiao Tong University, Shanghai 200030, China;
2 Department of Electrical Engineering and Computer Science, University of Tennessee, Knoxville 37901, US
Abstract: Inter-area oscillation will seriously affect the normal operation of the system. Once the line cascading failure occurs, the system will produce greater disturbance. The inter-area oscillations occurring in the Eastern Interconnection of United States were investigated by six typical cases using the frequency monitoring network (FNET) data. The matrix pencil method of multiple signals was used for the modal analysis. The parameters related to mode shape were calculated. The mode shapes for the dominant mode are revealed for each case. Analysis results depict a view of inter-area mode distribution in the Eastern Interconnection.
Key words: inter-area oscillation; matrix pencil; mode shape; wide area monitoring system
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