基于理、化、电特性的110kV XLPE绝缘电缆剩余寿命的综合评估

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Abstract Gradual voltage endurance method, thermal aging method and activation energy method are introduced to assess the aging condition of 110kV XLPE insulated cable accurately. They focus on analysing cable’s physical, chemical and electrical properties from both macro-and micro-aspects. The results show that highest running voltage, over-load and increased temperature can obviously reduce the remaining life of cable with the reduction of about 60%~70%. Besides, the activation energy of XLPE declines on the whole. Synthesizing indicators of all the tests shows that the remaining life of the Japanese Sumitomo Seika cables put into operation in 1985, the Japanese Furukawa cables put into operation in 1985 and the Japanese Sumitomo Seika cables put into operation in 1996 is 10 years, 20 years and 20~30 years. This results are in line with expectation. Comprehensive evaluation of cable’s life has better accuracy and reliability, which has important guiding significance on line transformation and power network planning.

Key words： 110kV XLPE cable gradual voltage endurance thermal aging activation energy comprehensive evaluation of life

Received: 13 August 2014 Published: 12 July 2016

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