An optimal reactive power planning strategy for enhancement of interface power flow margin

Qiu Fei, Shu Hong Chun
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Abstract

This paper introduce a method of enlarging power transfer capability of electric power corridor connecting to different regions by means of compensation. Different from traditional way to consider voltage stability condition, this paper focus on the influence caused by power transferred in corridor, and this make developing new tool of analysis necessary. A new modified continuous power flow calculation method is developed in this paper, sensitivities of voltage to power transferred is used to determine the site of Var compensation and optimal algorithm of predictor corrector Interior point method is employed to optimize total injection of reactive power in selected weak buses.
提高界面潮流裕度的最优无功规划策略
本文介绍了一种利用补偿的方法来扩大跨区电力走廊的输电能力。与传统的考虑电压稳定条件的方法不同,本文关注的是走廊输电对电压稳定的影响,这使得开发新的分析工具成为必要。本文提出了一种新的改进的连续潮流计算方法,利用电压对转移功率的敏感性来确定无功补偿的位置,并采用预测校正器的最优算法内点法对选定的弱母线的无功总注入进行优化。
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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