JIANG SHENGBAO, NI XUEFENG, LIN HAO, et al. Test Study on Moisture Resistance Performance Between Poles of High Voltage Capacitor. [J]. Power capacitor & reactive power compensation, 2019, 40(1): 46-48.
JIANG SHENGBAO, NI XUEFENG, LIN HAO, et al. Test Study on Moisture Resistance Performance Between Poles of High Voltage Capacitor. [J]. Power capacitor & reactive power compensation, 2019, 40(1): 46-48. DOI: 10.14044/j.1674-1757.pcrpc.2019.01.009.
Test Study on Moisture Resistance Performance Between Poles of High Voltage Capacitor
摘要
高压电力电容器极间固体绝缘广泛采用聚丙烯薄膜
液体绝缘广泛采用苄基甲苯
由此电力电容器的性能得到了很大提高。然而电力电容器在电力系统中运行数量巨大
难免会有漏油受潮故障发生
在这种条件下电容器必须不会发生扩大性故障。因此
极间绝缘在受潮条件下的绝缘性能对电力电容器的运行安全性至关重要。本文通过将电力电容器自然受潮的方式
获得电容器元件受潮条件下的绝缘强度
并用此数据评判高压电容器极间绝缘的耐受性能
为电力电容器的制造及运行提供参考。
Abstract
Polypropylene film is used widely solid insulation and monobenzyltoluene as liquid insulation between the poles of high voltage power capacitor and performance of the power capacitor is therefore improved greatly.However
such faults as oil leakage and moisture are inevitably occurred due to a large number of capacitors in operation.The capacitor
in this case
must not have expansion failure.Therefore
the insulation performance of the insulation between poles under the moisture condition is of great importance for safe operation of power capacitor.In this paper
the insulation strength of natural damped capacitor element is obtained by way of natural moisture of the power capacitor
the withstanding performance of the insulation between poles of high voltage capacitor is judged by such data so to provide reference for the manufacture and operation of powercapacitor.
关键词
极间绝缘受潮苄基甲苯击穿场强聚丙烯薄膜串段
Keywords
insulation between polesmoisturemonobenzyltoluenebreakdown electric field strengthpolypropylene filmseries section