Influence Analysis of Damp Defect of Composite Insulated Zinc Oxide Arrester Based on Finite Element Calculation

Author:

Li Wenyan,Liu Jiangming,Sun Lintao,Liu Changbiao,Ai Yunfei,Wang Zhi,Zhou Jie,Ye Ke

Publisher

Springer Nature Singapore

Reference15 articles.

1. Qiao X, Zhang Z, Sundararajan R et al (2021) The failure arc paths of the novel device combining an arrester and an insulator under different pollution levels. Int J Electr Power Energy Syst 125:106549

2. Lyu H (2021) Key technologies and applications of power transmission and transformation equipment lightning arrester. China Electric Power Press, Beijing (in Chinese)

3. Liu W, Xiao J, Jin S et al (2022) Analysison damp defect of 500 kV zinc oxide arrester based on field-circuit coupling. Insul Surge Arresters 1:118–125 (in Chinese)

4. Shi Z, Duan T, Li Z et al (2020) Experimental analysis on dampness defect of UHV zinc oxide arrester. Insul Surge Arrest 6:117–121 (in Chinese)

5. 3D potential distribution calculation and design of grading rings for post-type ZnO surge arrester for 1000 kV substation. In: Proceedings of the Chinese Society for electric engineering (2007), vol 27 (in Chinese)

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