Simulation of Space Charge Characteristics of Epoxy Materials at High Temperature

Author:

Li Xingqiao,Li Kun,Jin Shiyu,Zhao Qianchuan,Huang Ning,Zhao Qianchuan,Zhang Honliang,Jin Hai

Publisher

Springer Nature Singapore

Reference11 articles.

1. Qang W, Liao J, Tian H et al (2017) Egularity analysis of the temperature distribution of epoxy impregnated paper converter transformer bushings. Dielectr Electr Insul IEEE Trans 24(5):3254–3264

2. Ruijin L, Jiyu W, Yuan Y et al (2016) Review on characteristics of new cellulose insulating paper under converter transformers. Trans China Electrotechnical Soc 31(10):1–15 (in Chinese)

3. Gong J, Li Z, Liu X (2016) Space charge characteristics of alumina/epoxy resin composites and AC electric field aging under high temperature and humidity. Trans China Electrotechnical Soc 31(18):191–198 (in Chinese)

4. Ma Z, Yang L, Bhutta MS et al (2020) Effect of thickness on the space charge behavior and dc breakdown strength of cross-linked polyethylene insulation. IEEE Access 8:85552–85566

5. Li L, Zhang X, Jin H et al (2021) Study on the temperature distribution of composite insulator of UHV-DC line considering solar radiation

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