Simulation and Rapid Performance Evaluation of Temperature Rise Distribution in High-Voltage Switchgear

Author:

Wenqiang Yang1,Juan Yi1,Chunjiu Wu1,Jing Dai1,Jieyu Li1,Jianwei Jin1

Affiliation:

1. China Electric Power Research Institute Co., Ltd,Wuhan,China

Publisher

IEEE

Reference20 articles.

1. Simulation study of temperature rise characteristics of medium voltage switchgear under fault conditions [J];Xinyou;High Voltage Engineering,2022

2. Simulation study on the influence of forced convection heat dissipation on the temperature rise of switch-gear [J];Zengbin;High Voltage Engineering,2021

3. Modeling and simulation study on temperature rise and related influencing factors of high current switch cabinet [J];Rui;High Voltage Apparatus,2022

4. Temperature rise simulation analysis of air switchgear heating fault based on coupling of multi physics field [J];Yi;High Voltage Apparatus,2020

5. Simulation study of temperature field of three-phase enclosed disconnector based on multi-physics coupling [J];Long;High Voltage Apparatus,2022

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