Stability Mechanism Analysis and Improvement Measures for Sending End Near Area Power Grid with UHVDC Transmission System

Wei Chen, Yunting Song, Min Li, Ziqi Wang, Yunche Su, Yafei Ding, Shaoxuan Zhu
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Abstract

In hybrid power grid, mutual support, coupling and influence exist between AC and HVDC. Unbalanced development situation of the two transmission modes will profoundly change operating of hybrid power grid. In today's China, power system has entered a new era of “large-scale hybrid UHV AC/DC power grids” pattern. Within this paper, the main hazards to sending end power grid with UHVDC are proposed based on reviewing development history of the hybrid power grid. Besides, take a typical sending end near area power grid with UHVDC as an example, to analyze stability characteristics and mechanism for sending end power grid with UHVDC, some security and stability control measures are put forward to enhance stability of sending end near area power grid with UHVDC.
特高压直流输电系统送电端近区电网稳定性机理分析及改进措施
在混合电网中,交直流与直流之间存在着相互支持、耦合和影响。两种输电方式的不平衡发展状况将深刻改变混合电网的运行方式。当今中国的电力系统已经进入了“大型特高压交直流混合电网”模式的新时代。本文在回顾混合电网发展历史的基础上,提出了特高压直流输电对送端电网的主要危害。并以一个典型的特高压直流送电端近区电网为例,分析了特高压直流送电端电网的稳定性特点和机理,提出了提高特高压直流送电端近区电网稳定性的安全稳定控制措施。
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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