摘要
分析了多直流馈入受端电网当前面临的频率稳定问题及相关控制系统的技术现状,阐述了协调利用多直流功率紧急支援、联切抽蓄电厂泵工况机组,以及快速切除大规模可中断负荷等措施的频率紧急协调控制系统主要设计思路,并从系统总体架构、直流故障判据及主要控制策略等方面提出了系统的详细建设方案。最后介绍了该研究成果在华东电网的实际工程应用情况及测试运行效果。
The frequency stability problems faced by muhi-infeed high voltage direct current （HVDC） receiving-end grids and the technical status of related control systems are analyzed. The major design ideas of frequency emergency coordination control system are also elaborated, viz, coordinating and utilizing multi DC power emergency assistance, shedding pump working condition unit and cutting off large-scale interruptible load. Besides, detailed construction schemes of the system are put forward with respect to the overall system framework, the DC fault criterion and the major control strategy. Actual engineering applications and test running effects of this system in the East China power grid are finally described.
作者
许涛
励刚
于钊
张剑云
王亮
李尹
张怡
庄侃沁
罗剑波
李德胜
XU Tao LI Gang YU Zhao ZHANG Jianyun WANG Liang LI Yin ZHANG Yi ZHUANG Kanqin LUO Jianbo LI Desheng(National Power Dispatching and Control Center, Beijing 100031, China East China Electric Power Dispatching and Control Sub Center of State Grid, Shanghai 200120, China NARI Group Corporation （State Grid Electric Power Research Institute）, Nanking 211106, China State Key Laboratory of Smart Grid Protection and Control Nanjing 211106, China)
出处
《电力系统自动化》
EI
CSCD
北大核心
2017年第8期98-104,共7页
Automation of Electric Power Systems
基金
国家电网公司科技项目"多时间尺度的精准负荷控制方案研究"~~
关键词
多直流馈入
受端电网
频率稳定控制
多直流功率支援
抽蓄切泵
可中断负荷
紧急协调控制
multi infeed high voltage direct current
receiving-end grid
frequency-stability control
multiple high voltage direct current power support
cutting pumped storage pump
interruptible load
emergency coordination control
