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Low frequency oscillation characteristics of East China Power Grid after commissioning of Huai-Hu ultra-high voltage alternating current project

机译:淮湖超高压交流电项目投产后华东电网低频振荡特性

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摘要

The low frequency oscillation characteristics of East China Power Grid after commissioning of the first ultra-high voltage alternating current (UHVAC) project-the Huai-Hu UHVAC project are studied. Several low frequency oscillation cases occurred in East China Power Grid in the past few years are reviewed and summarized. Based on the analysis of the different typical operation modes, the main low frequency oscillation modes in East China Power Grid in the early stages of development of ultra-high voltage (UHV) are summarized, and the impacts of the significant power grid maintenance on low frequency oscillation characteristics are analyzed. Besides, the oscillation mode of UHV generators to East China Power Grid is researched, and the importance of the power system stabilizator (PSS) is emphasized. Furthermore, the comparative analysis between the time domain and the frequency domain is carried out, and the influences of the governing system on low frequency oscillation characteristics are revealed. Finally, both the focus and the direction of low frequency oscillation research are presented.
机译:研究了华东电网首个超高压交流(UHVAC)项目-淮湖UHVAC项目投产后的低频振荡特性。回顾和总结了近年来华东电网发生的几种低频振荡情况。在分析不同典型运行模式的基础上,总结了超高压发展初期华东电网的主要低频振荡模式,并对电网的重大维护对低压的影响进行了总结。分析了频率振荡特性。此外,研究了特高压发电机向华东电网的振荡方式,并强调了电力系统稳定器(PSS)的重要性。此外,对时域和频域进行了比较分析,揭示了控制系统对低频振荡特性的影响。最后,给出了低频振荡研究的重点和方向。

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