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Analysis of the Transient Stability of a Multi-machine System with SVC

机译:SVC多机系统瞬态稳定性分析

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Interconnection of remote electric power systems with abundant generation quantity and system load is significantly widespread due to the advancement of the power trade among countries and within countries in various regions of the world. In long-distance AC power transmission, as in interconnected electric power systems, attention to be paid for retaining synchronism besides steady system voltages, notably in combination with faults in the system and line switching. The aim of this paper is to examine the ability of FACTS controller for power flow control and to strengthen the transient stability. A two area two machine systems equipped with SVC is considered for this study, Matlab software is used for simulation.
机译:由于各国之间的电力交易和世界各地的国家内,具有丰富的发电量和系统负荷的远程电力系统的互联显着普遍。在远程交流电力传输中,如在互联的电力系统中,除了稳定的系统电压外,应注意保持同步,特别是与系统和线路切换中的故障相结合。本文的目的是研究事实控制器对电流控制的能力,并加强瞬态稳定性。考虑了一个配备SVC的两种机器系统,用于本研究,MATLAB软件用于仿真。

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