[Poster Presentation]Research on Electrical Characteristics of Insulating Silicone Oil Based on Polarization-Depolarization Current Method

Research on Electrical Characteristics of Insulating Silicone Oil Based on Polarization-Depolarization Current Method

ID：270 Submission ID：1143 View Protection：PUBLIC Updated Time：2020-10-30 17:36:33 Hits：276 Poster Presentation

Start Time：2020-11-04 16:05 （Asia/Shanghai）

Duration：5min

Session：[G] Poster session » [G4] Poster Session 4 and Poster Session 9

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Abstract

The DC conductivity and 0.1Hz dielectric loss factor of insulating silicone oil with different water content were measured by polarization-depolarization current method. The influence of water content in insulating silicone oil on polarization-depolarization current curve is analyzed, and the reason why the DC conductivity and 0.1 Hz dielectric loss factor of insulating silicone oil increase with increasing water content is given. Measured 15s and 60s insulation resistance and power frequency dielectric loss factor, the results show that with the increase of water content in insulating silicone oil, the trend of 15 s and 60 s insulation resistance is opposite to that of DC conductivity, the trend of power frequency dielectric loss factor is the same as that of 0.1Hz dielectric loss factor, the effectiveness of the polarization-depolarization current method in detecting DC conductivity and 0.1 Hz dielectric loss factor of insulating silicone oil is verified.

Keywords

Insulating silicone oil,polarization-depolarization current,DC conductivity,0.1Hz dielectric loss factor

Speaker

Xingchen Tian

Electrical Engineering School of Xi

Xingchen Tian was born in China. He has visited Clausthal University of Technology in Germany.received in 2019, and received the B.Eng. degree in electrical engineering and it’s automation from Sichuan University, Chengdu, China, in 2020. He is currently working toward the Ph.D. degree in electrical engineering at Xi'an Jiaotong University, Xi'an, China. His research interests is electromagnetic compatibility.