Discharge Characteristics with Impulse Voltage Application in Ester Oil/Pressboard Composite

Taichi Yamada, Y. Nakano, M. Kozako, M. Hikita, S. Yoshida, S. Kainaga, M. Yoshimura, Kenichi Suga
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Abstract

Partial discharge characteristics as well as breakdown phenomena in a power transformer insulation, i.e. oil and paper insulation, has to be clarified for miniaturization of the apparatus. In recent years, environmental-friendly transformers using ester oil, which shows excellent biodegradability, receive much attention due to the worldwide growing environmental awareness. Considering this, researches on fundamental characteristics of discharge phenomena within the ester oil are required. Although various papers on discharge characteristics in the ester oil have been published by many researchers, there are still few reports on these researches using ester oil and pressboard (PB) composite insulation system. In this paper, the discharge inception field and starting point in the ester oil and PB composite insulation configuration are investigated and the results are compared with those in the mineral oil to discuss the detailed discharge mechanisms.
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冲击电压下酯油/纸板复合材料的放电特性
电力变压器绝缘(即油绝缘和纸绝缘)的局部放电特性和击穿现象必须澄清,以便使设备小型化。近年来,由于世界范围内环保意识的增强,以酯油为原料的环保型变压器受到了广泛的关注,酯油具有良好的生物降解性。因此,有必要对酯油内部放电现象的基本特征进行研究。尽管许多研究者发表了各种关于酯油放电特性的论文,但将酯油与纸板(PB)复合绝缘系统进行研究的报道仍然很少。本文研究了酯油和PB复合保温构型下的放电起始场和放电起点,并与矿物油下的放电结果进行了比较,探讨了具体的放电机理。
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