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贵广Ⅱ回直流输电系统无功控制功能优化和改进 被引量:6

Optimization and Improvement of Reactive Control for Gui-Guang Double-Circuit DC Transmission System
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摘要 在贵广II回直流输电系统的无功控制,相较天广直流输电系统,有了较大的优化与改进,交流滤波器的投切控制主要通过采用冗余配置的SIMATICS5直流站控系统无功控制功能块来实现。采用三调谐交流滤波器,优化了交流滤波器额定电压,采用了合闸角装置进行交流滤波器的投切,这些优化了交流滤波器的结构和选型,改进了投切方式。其定无功功率控制功能也进行了优化,并增加了CSD控制功能,为其日后的安稳运行奠定了基础。 Compared to Tian-Guang DC transmission system, the reactive control of Gui-Guang double circuit DC transmission system has been largely optimized and improved. And the connection control of AC filter is mainly realized through the reactive control module of the redundant SIMATIC S5 DC station control system. Triple-tuned AC filter is used to optimize AC filter rated voltage. The structure and type selection optimization, as well as connection method improvement, are realized through closing device. The reactive power control function has also been optimized, and the CSD function has also been added, providing basis for future stable operation.
出处 《电力建设》 2008年第8期29-32,共4页 Electric Power Construction
关键词 交流滤波器 换流器停运 低负荷无功优化 无功控制 AC filter , converter outage low load optimization reactive optimization
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参考文献8

  • 1赵婉君.高压直流输电工程技术[M].北京:中国电力出版社,2004.
  • 2肖遥.三调谐滤波器的参数计算方法.南方电网技术研究,2005,1(3):43-56.
  • 3段卫国 魏俊杰 陆岩 等.天广直流并联电容器损坏原因及改进措施.南方电网技术研究,2006,2(4):11-21.
  • 4蔡希鹏.±500kV天广直流输电系统交流滤波器频繁投切分析[J].电网技术,2005,29(4):1-3. 被引量:26
  • 5陈亦平.直流系统无功控制对交流系统电压调整的影响分析.南方电网技术研究,2005,.
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  • 8Guizhou-Guangdong Ⅱ Line ±500 kV DC transmission project. Reactive Power Management Study Report [R]. China: CSEPDI- Siemens, 2006.

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