Water treeing and breakdown strength reduction of XLPE insulation

E. Ildstad, J. Sletbak, H. Faremo
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引用次数: 8

Abstract

An effort was made to determine factors influencing initiation and growth of vented water trees and to study the reduction of breakdown strength caused by water treeing. Water treeing experiments were performed on both cable samples and Rogowski-type test objects. The influence of aging time and electric field stress was elucidated. In order to test the hypothesis that water treeing basically is a mechanical damage phenomenon connected with environmental stress cracking (ESC), the authors performed water tree experiments with stress-cracking active agents added to the water. It is shown that initiation of vented water trees is considerably enhanced by the presence of the agents.<>
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交联聚乙烯绝缘材料的疏水性和抗击穿强度降低
研究了影响疏水树苗萌发和生长的因素,并对疏水树苗破坏强度的降低进行了研究。在电缆样品和rogowski型测试对象上进行了水树实验。分析了时效时间和电场应力对材料性能的影响。为了验证水树基本上是一种与环境应力开裂(ESC)有关的机械损伤现象的假设,作者在水中添加了应力开裂活性剂,进行了水树实验。结果表明,药剂的存在大大增强了喷水树的萌发。
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On the mechanism of partial discharges in gaseous cavities in contact with solid or liquid insulators The initiation and growth of AC tree in polyethylene Effects of the field dependent occupation of electrical-stress-generated traps on the conduction and breakdown of thin SiO/sub 2/ films A model of the electrical breakdown process due to electrical treeing growth Dielectric breakdown and partial discharge in BaTiO/sub 3/ ceramics
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