The Design of Calibration System Based on Cable Accessories

Author:

Zhao Tiemin,Liu Jianshu,Zheng Shiyang,LeYang ,Ding Zhen,Li Dongsheng,Li Kai,Li Wenpeng,Yang Xue,Chai Fangsen

Abstract

Abstract In today’s society, people can’t live without electricity. During the operation of power equipment, there may be various potential safety risks. In particular, partial discharge is easy to occur at the terminal. If people can not deal with the problem of partial discharge in time, equipment continue to live.Setting can cause security, so the electric power industry staff attaches great importance to the local discharge monitoring problem.Ultrasonic technology is better so it is gradually into the application of partial discharge detection.But the ultrasonic detection technology is to detect the intensity of ultrasound, and our traditional method is to measure the discharge of partial discharge method, Therefore, in order to obtain the relationship between ultrasonic intensity and partial discharge, the following experiments are made. After we pass the power frequency voltage withstand device, the transformer is continuously pressurized.Gain DB and discharge PC were obtained by digital partial discharge instrument and ultrasonic partial discharge instrument. After fitting, the linear relation is obtained and the quality inspection of PD detector is completed.It can make the detection effect of partial discharge detector more complete, and provide the basis for the quality inspection of the detector, This system also provides a strong support for the wide application of ultrasonic partial discharge detector.

Publisher

IOP Publishing

Subject

Computer Science Applications,History,Education

Reference15 articles.

1. A Novel Partial Discharge Detection Method Based on the Photoelectric Fusion Pattern in GIL[J];Zang;Energies,2019

2. Together with 220kV cable terminal local release charge detection analysis and example [J];Zhang;Communication World,2016

3. A 110kV XLPE cable terminal discharge detection and disassembly analysis example [J];Tao;Chinese Journal of Electrical Engineering,2013

4. Design of Partial Discharge Detection System for XLPE Cable Based on Zigbee Technology[P];Huang,2015

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