The Temperature Simulation Analysis Of A Self-Water-Cooled Switchgear Based On ANSYS

This paper uses ANSYS software for modeling and employs the Fluent module within ANSYS to conduct temperature simulations of a switchgear equipped with a self-water-cooling system. The study investigates the temperature variations of the switchgear under both water-cooled and non-water-cooled conditions. The simulation results indicate that the self-water-cooling system has a significant cooling effect on various parts of the switchgear. Finally, a prototype was created, and simulation experiments were conducted. The temperature simulation results closely match the experimental outcomes.