Research on voltage-inducting cascading trips of large-scale new energy in centralized system

Wei Hu, Xianzhuang Liu, Le Zheng, Guanteng Xiang
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Abstract

The rapid growth of new energy generation in China today is presenting new challenges for the stability of power grid. Based on the mechanism of voltage-inducting cascading trips of large-scale new energy in centralized system, this paper firstly proposes the definition of trip-off path to describe the detailed process of the failure, and builds the model of trip-off path searching and risk evaluation system. Furthermore, combined with the exiting control approaches, a hierarchical control strategy based on path blocking under multi-scenario is given out to prevent the cascading trip-off failure at different stages. Finally the strategy has been well applied in practical power system of Northwestern China and proved to be effective.
集中式大型新能源系统电压感应级联跳闸研究
当今中国新能源发电的快速增长对电网的稳定性提出了新的挑战。基于集中式大型新能源系统电压感应级联跳闸机理,首先提出了跳闸路径的定义,描述了故障的详细过程,并建立了跳闸路径搜索模型和风险评估系统。在此基础上,结合现有控制方法,提出了多场景下基于路径阻塞的分层控制策略,以防止不同阶段的级联脱扣故障。最后,该策略在西北实际电力系统中得到了很好的应用,证明了其有效性。
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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