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Wind farm power plant: Optimal capacitor placement for reactive power compensation

机译:风电场:优化电容器放置以进行无功补偿

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Wind energy has had in the last decade an exponential growth in the world. Although the most recent technology offers wind generators able to directly control the reactive power absorbed/injected from the distribution network, most of the currently installed wind turbines utilize inductor generators that do not perform voltage regulation and absorb reactive power from the utility grid. In this paper a methodology for a partial reactive power compensation, in existing wind farm induction generators based, based on partial compensation of the reactive power is presented. A Genetic Algorithm is used to individualize the optimal sizing and placement of the reactive power centers and a case study on a real test grid has been pointed out. The results are presented and discussed.
机译:在过去十年中,风能在世界范围内呈指数增长。尽管最新的技术提供了能够直接控制从配电网络吸收/注入的无功功率的风力发电机,但是当前安装的大多数风力涡轮机都使用不执行电压调节并从公用电网吸收无功功率的感应发电机。本文提出了一种在现有风电场感应发电机中基于无功功率部分补偿的部分无功功率补偿方法。遗传算法用于个体化无功功率中心的最佳尺寸和位置,并指出了在实际测试电网上的案例研究。结果进行了介绍和讨论。

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