期刊文献+

未来型电力系统的广域测量和通信 被引量:15

The wide-area measurement and telecommunications of future type electric power system
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摘要 简述灵活交流输电系统FACTS、新型直流输电系统和全可控电力系统是未来型电力系统新技术的主流;论述基于相量测量单元PMU的广域相量测量系统WAMS的基本功能,分析了延迟和响应时间等因素对WAMS可用性的影响;指出基于先进光纤通信技术的新一代高速率、低延迟的全光纤通信网络特别适合电力系统的实时测量和控制。 Brief description flexible AC transmission system (FACTS),new type DC transmission system and all-controllable power system are new techniques's main trend of future type electric power system.Discuss wide-areas phasor measurement system(WAMS) based on phasor measurement unit (PMU)basic function,and analyzes factors which influence of WAMS availability such as delay and response time etc.Point out next generation all optical-fiber communication network that super-speed rate and low delay based on advanced optical fiber communication technique that network specially suit the electric power system real time measurement and control.
作者 丁道齐
机构地区 国电通信中心
出处 《电力系统通信》 2004年第11期1-6,共6页 Telecommunications for Electric Power System
关键词 未来型电力系统 灵活交流输电系统 全可控电力系统 相量测量单元 广域相量测量系统 延迟 响应时间 下一代电力通信 全光纤通信网 future type electric power system,flexible AC transmission system(FACTS) all-controllable power system,phasor measurement unit (PMU) wide-areas phasor measurement system(WAMS) delay,response time,next generation power communication all optical-fiber communication network
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参考文献12

  • 1丁道齐.中国电力通信要创新机制,向新一代公共电信运营公司方向转变[J].中国电力,2001,34(3):1-7. 被引量:6
  • 2丁道齐.组建电力城域网的主流技术——宽带IP技术[J].电力系统自动化,2002,26(12):1-8. 被引量:21
  • 3Bin Qiu. Next Generation Information Communication Infrastructure and Case Studies for Future Power Systems [DB/OL]. April,2002, http: // scholar. lib. vt. edu/theses/available/etd - 04262002 - 133006/unrestricted/DissertationFinal. pdf
  • 4K Tomsovic, D Bakken, V Venkatasubramanian, A Bose. Designing the Next Generation of Real - Time Control, Communication and Computations for Large Power Systems[J/OL].http: // gridstat. eecs. wsu. edu/publications/IEEE - Proceedings - Submitted. pdf.
  • 5Enrique Martínez Martínez, Juan J López Márquez. Application of Phasor Measurement Units in the Adaptive Protection of Interconnected Systems [ DB/OL ]. http: // www. crisinst. com/publications/beijing_2002/sessions/Full% 20 Papers/SessionX/crispprX6.
  • 6C C Liu,J Jung,GT Heydt,V Vittal,AG Phadke. The Strategic Power Infrastructure Defense (SPID) System - A Conceptual Design [J]. IEEE Control Systems Magazine, 2000, 20,(4) :40 -52.
  • 7Dan Verton, Northeast. Canada power failure exposes infrastructure frailty [ J/OL]. ComputerWorld, August 14,2003, http: // www. computerworld. com/securitytopics/security/recovery/story/0, 10801,84042,00. html
  • 8John Hauer, Tom Overbye, Jeff Dagle, Steve Widergren. Advanced Transmission Technologies [J/OL]. http: // tis. eh. doe. gov/ntgs/issuepapers/ISSUE_6. pdf.
  • 9Consortium, Electric Reliability. Technology Solutions [M]. Grid of the Future White Paper on Real - Time Security Monitoring and Control of Power Systems, United States Department of Energy online. 1999.
  • 10Biju Naduvathuparambil, Matthew C Valenti, Ali Feliachi. Communication Delays in Wide Area Measurement Systems[DB/OL]. http: // www. csee. wvu. edu/- mvalenti/documents/SSST_02. pdf.

二级参考文献25

  • 1丁道齐.迈入21世纪的中国电力通信(一)[J].电力系统自动化,1996,20(10):1-7. 被引量:7
  • 2丁道齐.国外通信技术的发展与管理体制的改革[J].中国电力,1996,29(10):46-51. 被引量:1
  • 3陈宏.GE over DWDM技术分析[J].通信天地,2000,(8).
  • 4北电网络.主流光城域网技术[J].网络世界,2002,(8).
  • 5曾达志.IP DSL擎起一片天[J].网络世界,2002,(13).
  • 6林晓峰.如何保证QoS功能[J].网络世界,2001,(16).
  • 7丁道齐.应对加入WTO中国电力通信要创新机制加速改革与发展A.中国电机工程学会西部电力工业发展战略学术研讨会论文集C,2000.
  • 8林杨.芬兰国家电网FINGRID与芬兰电力通信业务R.广东电通出访回国汇报,1999.
  • 9人民邮电报.世纪之初电信网发展五大趋势N.2000-02-01.
  • 10宋家雨.电信业重新洗"牌"[J].网络世界,2000,:30-30.

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二级引证文献118

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