Identification of Critical Branch in Weakness Section Based on Disturbed Tie-Line Electrical Characteristic

Miao Tian, Zheng Chao, Zhou Zongchuan, Dong Xiaojing, Ren Da-jiang, Liu Guanqi, Song Yun-ting
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Abstract

Fast automatic recognition helps to find out vulnerable branch in weakness section. Taking timely control strategies after recognition is good for maintaining power system stability. At first, sending and receiving system is used to prove the phenomenon that two peaks appear in active power trajectory when it is disturbed to stability margin. Secondly, fast identification method is put forward to find out critical branch. In order to facilitate its online usage, judge formula and flow chart is given to help to make the decision. Finally, computing example of New England system is used to prove theory above and to verify control effect.
基于扰动联络线电气特性的软弱段临界支路识别
快速的自动识别有助于找出薄弱环节中的薄弱分支。识别后及时采取控制策略,有利于维护电力系统的稳定。首先,利用发送和接收系统证明了有功功率轨迹在扰动到稳定裕度时出现双峰的现象。其次,提出了快速识别关键分支的方法。为了方便在线使用,给出了判断公式和流程图,便于决策。最后,用新英格兰系统的算例对上述理论进行了验证,验证了控制效果。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
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