Lightning Risk Assessment of 330 kV Transmission Line Under Icing Conditions in Qinghai Area

Author:

Zhang Haiping,Liu Mingliang,Zhang Jun,Tong Jing,Li Feng,Fu Xinghai,Jia Minghui

Publisher

Springer Nature Singapore

Reference10 articles.

1. Li P, Ruan JJ, Huang DC (2018) Influence factors analysis of the conductor-plane gap breakdown characteristic under simulation forest fire condition. Transact China Electrotechn Soc 33(01):195–201 (in Chinese)

2. Yang Y, Wang S, Wang SF et al (2021) Lightning trip-out risk assessment and differential lightning protection of 35 kV transmission lines in mountain wind farm. In: 8th international conference on power and energy systems engineering (CPESE), pp 581–588

3. Liu J, Jia BY, Zhang ZM, Wang ZM et al (2022) Lightning failure risk assessment of overhead transmission lines based on modified dempster-shafer theory. Energies 15(07):2538

4. Chen LZ, Shi XH, Peng B et al (2018) Dynamic simulation of power systems considering transmission lines icing and insulators flashover in extreme weather. IEEE Access 10(01):39656–39664

5. Li JX, Wang BA, Sun J, Wang SH et al (2021) Collapse analysis of a transmission tower-line system induced by ice shedding. Front Phys 09(01):32–48

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