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电力电容器接线柱连接失效研究 被引量:4

Study on Connection Failure of Wiring Terminal of Power Capacitor
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摘要 高压直流输电系统大量使用户外电力电容器进行无功补偿和滤波,接线柱连接失效故障日益凸显,通过分析目前普遍使用铜制金具的缺陷,认为发热主要原因是导线与线夹容易被氧化腐蚀等,本文设计了新型的铝制金具,可以避免铜制金具的缺点。 A large number of outdoor filtering in HVDC transmission syste comes more prominent. It is thought, power capacitors are used for reactive power compensation and m and such fault as connection failure of wiring terminal be-through analyzing the defects of copper metal fittings common used at present, that the main reason of heating is due to oxidization and corrosion of wire and clamp. In this paper,a new type of aluminous metal fittings is designed,which can avoid the defects of copper fittings.
作者 李毅 陈亮
出处 《电力电容器与无功补偿》 2014年第1期69-71,77,共4页 Power Capacitor & Reactive Power Compensation
关键词 电容器 接线柱 连接失效 金具 氧化腐蚀 capacitor wiring terminal connection failure metal fittings oxidization corrosion
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  • 1汲胜昌,寇小括,李彦明.换流站中电容器装置噪声水平计算方法的研究[J].中国电机工程学报,2006,26(3):112-118. 被引量:56
  • 2[1]Huntington H B.Electro-and thermomigration in metals.Diffusion[C].Proceedings of 1972 Seminar of the ASM.American Society of Metals,1973,155.
  • 3[2]Timsit R S.The connectibility properties of aluminum contact fundamentals[J].Canadian Electrical Association Report,1976:76-19.
  • 4[3]Timsit R S.Some fundamental properties of aluminum-aluminum electrical contacts[J].IEEE Trans Comp Hy-brids and Manuf Technology,1980,CHMT-3:71.
  • 5[4]Bushby S J,Callen B W,Griffiths K,et al.Associative-versus dissociative adsorption of water on Al(100)[J].Surf.Sci,1993,181:298.
  • 6CIGRE Technical Report.HVDC Stations Audible Noise[R].France,2002.
  • 7Cox M.D,Guan H.H.Vibration and Audible Noise of Capacitors Subjected to Non-sinusoidal Waveforms[J].IEEE Transactions on Power Delivery,1994,9(2):856-862.
  • 8中国电力科学研究院.三峡--常州±500 kV 直流输电工程可听噪声测试报告[R].2003.
  • 9中国电力科学研究院.三峡--广州±500 kV 直流输电工程可听噪声测试报告[R].2004.
  • 10Natarajan R,Power System Capacitors,Tayor & Francis Group,Boca Taton,2005.

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