DXB直流工程中直流限频控制的研究与工程应用

Wei Huang, Lifei Zhang, Xiaogang Wu, Chengxiang Li, Jie Zhang, Chen-Han Wu, Run Huang, Mingkang Wu
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引用次数: 0

摘要

限频控制器(FLC)是电网频率稳定控制的重要手段,在直流工程中得到了广泛的应用。DXB特高压直流工程由于与主电网异步运行,以及投产初期开通机组不足,面临着云南电网频率不稳定加剧的问题。FLC的结构非常重要。分析了目前南方电网直流工程中采用的两种FLC控制逻辑,并通过仿真试验比较了两种控制逻辑的响应结果。阐述了DXB特高压直流FLC的配置和参数选择,并通过仿真验证了孤岛系统典型故障下FLC的响应特性。并在DXB rtds仿真平台和现场测试中验证了其功能。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Research and Engineering Application of DC Frequency Limit Control in DXB DC Project
The frequency limit controller, or FLC, is an important measure for grid frequency stability control, and has been widely used in DC projects. DXB UHVDC project is faced with the problems of increasing frequency instability of the Yunnan power grid, as it runs asynchronously from the main grid, and the shortage of the opening unit in the initial stage of production. The configuration of FLC is very important. It analyzes two kinds of FLC control logic used in current DC project of China Southern Power Grid and compares the results of two kinds of control logic response through simulation test. The FLC configuration and parameter selection of DXB UHVDC are explained, and the response characteristics of FLC under the typical fault under the isolated islanding system are verified through simulation. And verify its function in DXB R TDS simulation platform as well as field test.
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