Design of Comprehensive Defense System for UHV AC and DC Power Grids Security

Wei Chen, Yunting Song, Jing Gou, Ziqi Wang, Min Li, Yafei Ding, Shaoxuan Zhu
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Abstract

In today's China, UHV AC and DC hybrid power grid has the new feature of “strong HVDC and weak AC system” and power electronization. Response to this new situation, in order to effectively reduce the risk of large-scale power outages in power grid, it is necessary to build a secure and reliable comprehensive defense system for power grid security to ensure secure and stable operation of China's power system. Based on the current three defense lines in China, this paper argues the goals and design principles of the UHV AC and DC power grid security defense system that adapt to the new characteristics of China's power grid, and designs the overall structure of the UHV AC/DC power grid security defense system, main functions and specific configuration schemes.
特高压交直流电网安全综合防御系统设计
在当今中国,特高压交直流混合电网具有“强直流弱系统”和电力电子化的新特点。针对这一新形势,为有效降低电网大规模停电的风险,有必要构建安全可靠的电网安全综合防御体系,确保中国电力系统安全稳定运行。本文根据中国目前的三条防线,论述了适应中国电网新特点的特高压交直流电网安全防御系统的目标和设计原则,设计了特高压交直流电网安全防御系统的总体结构、主要功能和具体配置方案。
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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