伊拉克网400kV, 50Hz与伊朗、土耳其、叙利亚互联,采用SVC区域间振荡阻尼和电压调节

Q. K. Mohsin, Xiangning Lin, Zhicheng Wang, M. S. Khalid, Zhengxin Zhou, P. Zheng
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引用次数: 1

摘要

机电振荡是制约两国电力传输的最重要的稳定性限制之一。本文介绍了电力系统机电振荡的不同类型,重点介绍了区域间振荡,选择在伊拉克与土耳其之间的长连接线中点安装SVC,以便在两种方案中更有效:第一种选择是使用SVC进行区域间振荡阻尼,当出口地区附近国家之间的联系传输线发生3-ph对地短路故障时发生系统振荡,该故障在100ms后解除;第二种选择是将SVC用作该长传输线的稳压器。SVC的控制操作是利用WAMS等遥控装置的控制信号来完成的。利用Matlab和Simulink,针对不同的场景给出了不同的仿真结果。
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Iraq network 400kV, 50Hz interconnect with Iran, Turkey and Syria inter-area oscillation damping and voltage regulation by using SVC
Electromechanical oscillations one of the most important stability limits constraining power transfer between two countries. This paper presents different power system electromechanical oscillation types, and focuses on inter-area oscillation, where SVC is chosen to be installed at the midpoint of long tie line between Iraq and Turkey, so as to be more effective for two options: the first option is to use the SVC for inter-area oscillation damping, in case of system oscillation occurring in a 3-ph-to-ground short circuit fault at the tie transmission line between countries near the exporting area which is removed after 100ms, and the second option is to use it as a voltage regulator of this long transmission line. The control operation of the SVC is accomplished with the control signal from remote control unit such as WAMS. By using Matlab and Simulink, different simulation results are presented based on various scenarios.
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