Research on Detection Technology of Large-capacity Capacitor Based on PD of Oscillatory Wave

Wang Hui, Zang Yiming, Li Ze, Qian Yong, G. Sheng
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Abstract

High-voltage large-capacity capacitors, as an indispensable important electrical equipment in the power grid system, have important applications in many scenarios such as transmission lines, substations, and the end of distribution lines. In the course of use, if problems such as insulation aging occur, it may threaten the personal safety of the people and staff and cause huge economic losses. The purpose of partial discharge detection of high-voltage large-capacity capacitors is to detect the internal defects of the capacitor before the capacitor fails, to understand the insulation state of the equipment in time, to better monitor the deterioration process of the equipment, and to effectively understand the current reality of the equipment health status. At present, capacitor partial discharge detection methods include power frequency withstand voltage method, DC partial discharge detection method and ultrasonic detection method. Each method has some unavoidable defects. The research in this paper intends to use the partial discharge detection technology based on oscillating wave to carry out the insulation fault detection of highvoltage large-capacity capacitors. The monitoring and early warning of early capacitor failures have been realized, and the hidden faults and defects of the capacitors can be found in advance, and the safety and reliability of the equipment can be improved.
基于振波PD的大容量电容器检测技术研究
高压大容量电容器作为电网系统中不可缺少的重要电气设备,在输电线路、变电站、配电线路末端等诸多场景中有着重要的应用。在使用过程中,如果出现绝缘老化等问题,可能会威胁到人员和工作人员的人身安全,造成巨大的经济损失。高压大容量电容器局部放电检测的目的是在电容器发生故障之前检测出电容器的内部缺陷,及时了解设备的绝缘状态,更好地监控设备的劣化过程,有效地了解当前现实的设备健康状态。目前,电容局部放电检测方法主要有工频耐压法、直流局部放电检测法和超声波检测法。每种方法都有一些不可避免的缺陷。本文的研究拟采用基于振荡波的局部放电检测技术对高压大容量电容器进行绝缘故障检测。实现了对电容器早期故障的监测预警,可以提前发现电容器的潜在故障和缺陷,提高设备的安全性和可靠性。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
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