Analysis of voltage collapse in the Kerala power grids using SVC, UPFC & SSSC

A. Baby, J. Thomas, J. Tibin
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引用次数: 3

Abstract

Kerala State Electricity Board(KSEB) as many other utilities uses breaker switched capacitor for voltage support and reactive power compensation in the largest Grid substation at Kalamassery. At present it has an 80Mvar installed capacity at 110KV level and it is learnt that the installed capacity does not fully match with the system requirement. Optimizing the use as an economical reactive power source is the key issue to be addressed. The paper describes the works carried out to evaluate the present system requirement and the proposal for the most optimal location for FACTS device to meet the requirement. The criterion used in finding the optimal location is based on the voltage profile of the system; ie the voltage deviation at each bus with respect to its optimum value is minimized. The results show that the method works effectively and is applicable to practical network.
用SVC、UPFC和SSSC分析喀拉拉邦电网电压崩溃
喀拉拉邦电力局(KSEB)和许多其他公用事业公司一样,在卡拉马塞里最大的电网变电站使用断路器开关电容器进行电压支持和无功补偿。目前其110KV级装机容量为80Mvar,据了解,该装机容量与系统要求不完全匹配。优化无功电源的经济性是需要解决的关键问题。本文介绍了为评估当前系统需求所做的工作,以及为满足要求而对FACTS装置的最优位置提出的建议。寻找最优位置的准则是基于系统的电压分布;即在每个母线上相对于其最优值的电压偏差被最小化。结果表明,该方法是有效的,适用于实际网络。
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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