广东电网远景直流落点优化研究

随着广东电力需求的快速增长和西电东送直流输电规模的进一步扩大，广东电网直流落点日趋密集，导致多回直流相互影响加剧、受端系统电压支撑能力不足、系统稳定性变差等一系列问题，对电网规划和运行均提出新的挑战。为从根本上解决上述一系列安全稳定问题，引入基于 CIGRE 直流工作组的多馈入直流短路比（MISCR）概念。通过整体性、均衡性、干扰性以及综合性4个指标衡量多直流间相互影响，提出了一种兼顾多直流相互影响、稳定性、经济性影响的综合比较方法，可量化比较各项评价指标，具有操作性强的特点，能够适应多直流集中馈入广东电网的直流落点优化，提高电网稳定性。...

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Bibliographic Details
Published in电力系统保护与控制 Vol. 44; no. 10; pp. 145 - 150
Main Author 龙志 杨柳 姚文峰
Format Journal Article
LanguageChinese
Published 中国南方电网有限责任公司,广东 广州,510623%南方电网科学研究院,广东 广州,510080 2016
Subjects
多直流相互影响
广东电网
直流落点优化
稳定性
经济性
综合性
广东电网
经济性
interaction between multiple DC
DC placement optimization
economic analysis
稳定性
stability analysis
comprehensive analysis
直流落点优化
综合性
多直流相互影响
Guangdong power grid
Online AccessGet full text
ISSN1674-3415
DOI10.7667/PSPC151172

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Summary:随着广东电力需求的快速增长和西电东送直流输电规模的进一步扩大，广东电网直流落点日趋密集，导致多回直流相互影响加剧、受端系统电压支撑能力不足、系统稳定性变差等一系列问题，对电网规划和运行均提出新的挑战。为从根本上解决上述一系列安全稳定问题，引入基于 CIGRE 直流工作组的多馈入直流短路比（MISCR）概念。通过整体性、均衡性、干扰性以及综合性4个指标衡量多直流间相互影响，提出了一种兼顾多直流相互影响、稳定性、经济性影响的综合比较方法，可量化比较各项评价指标，具有操作性强的特点，能够适应多直流集中馈入广东电网的直流落点优化，提高电网稳定性。
Bibliography:Guangdong power grid; DC placement optimization; interaction between multiple DC; stability analysis; economic analysis; comprehensive analysis
LONG Zhi, YANG Liu, YAO Wenfeng （1. China Southern Power Grid, Guangzhou 510623, China; 2. Electric Power Research Institute, CSC4 Guangzhou 510080, China）
With the further advance of the rapid social and economic development and the power transmission from west to east, Guangdong power grid HVDC is gradually intensive, resulting in a series of problems, such as HVDC interaction intensified, end system voltage supporting ability is insufficient, the system stability becomes worse, and putting forward the new challenge to the power system planning and operation. To fundamentally solve a series of safety and stability problems above, this paper introduces the multi infeed MISCR concept based on the CIGRE DC working groups. Through the integrity, balance, interference and comprehensiveness indicators to measure the interaction of multiple HVDC, it presents a comprehensive
ISSN:1674-3415
DOI:10.7667/PSPC151172