Factor for dielectric strength reduction due to fibrous contaminants in XLPE

K. Iinuma, H. Miyata, T. Takahashi, S. Yamamoto
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引用次数: 1

Abstract

We investigate the effect on breakdown strength reduction by employing several kinds of fiber, in which each effect is classified in prebreakdown by partial discharge detection and electroluminescence measurement. In the same size fiber, breakdown strength decreases in the order: solid synthetic fiber>cotton fiber>hollow synthetic fiber>copper fiber. The partial discharge behavior is clearly different between hollow fiber and copper fiber. The electrical tree characteristics are also discussed.
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交联聚乙烯中纤维污染物导致介电强度降低的因素
我们研究了几种纤维对击穿强度降低的影响,并通过局部放电检测和电致发光测量将每种影响分类为预击穿。在相同粒径的纤维中,击穿强度减小的顺序为:实心合成纤维>棉纤维>中空合成纤维>铜纤维。空心纤维和铜纤维的局部放电行为有明显的不同。讨论了电树的特性。
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