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重要小受端智能电网安全防御系统关键技术 被引量:3

Key Techniques in Secure Defense of Important Local Receiving-end Smart Grid
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摘要 智能安全防御系统是智能电网的基础保障和重要特征。不同调度层面电网安全防御系统的构建、协调整合,是构筑适应国家电网特高压互联大电网安全稳定要求的智能协调防御体系的恰当途径。本文针对诸如重点城市等负荷中心电网特点,讨论了此类重要小受端智能电网安全防御系统的开发。最后介绍近期开发的一个试点实例,该地区安全防御系统已初步形成了地区和上一级省调安全防御系统的协调接口,实现了地区级安全防御系统框架和初步的安全预警功能。 Smart security defense systems are the fundamental guarantee and significant feature of smart grid. Construction, coordination and integration of different dispatching levels are the appropriate way to build an intelligent and coordinated deference system which meets the security and stability requirements of UHV interconnected large power grid in China. According to the characteristics of the load centers, the development of security defense system for a important local receiving-end smart grid is discussed in this paper. Finally, a practical example is given, in which the local secure defense system has formed a coordinated interface between the local and higher-level provincial dispatching systems and realized local-level secure defense system frame and primary secure pre-alarm function..
出处 《电力建设》 2009年第6期15-20,共6页 Electric Power Construction
关键词 智能电网 受端电网 智能防御系统 在线动态安全分析 Smart grid receiving-end grid smart security defense systems on-line dynamic security assessment
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  • 1EPRI's IntelliGrid program) EPRI's Fast Simulation and Modeling (FSM) program. (http://www.epri-intelligrid.com/intelligrid/home.jsp
  • 2the U.S. Department of Energy's GridWise program (http://www.gridwise.org).
  • 3The NETL Modern Grid Initiative: A Vision for the Modern Grid, http://www.netl.doe.gov/moderngrid.
  • 4European Technology Platform SmartGrids,Strategic Research Agenda for Europe's Electricity Networks of the Future. http://ec.europa. eu/research/energy/.
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  • 6Hao Li,Gary W. Rosenwald, et al. Strategic Power Infrastructure Defense(SPID), Proceedings of the IEEE,Vol. 93, No. 5, MAY 2005.
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  • 10C.W. Gellings, M. Samotyj, and B. Howe, "The future's power delivery system," IEEE Power Energy Mag., vol. 2, no. 5, pp. 40-48

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