Heat Dissipation Design of Liquid Cooled Cabinet Power Supply Based on Multi Branch Temperature Regulation
The liquid-cooled cabinet power supply heat dissipation design based on multi-branch temperature adjustment uses multiple cooling branches with independent temperature control to optimize the distribution and dissipation of heat energy and improve the overall heat dissipation efficiency of the system.Not only does this approach allow for more precise temperature management,but it can significantly improve device stability and performance by adapting to the specific needs of different heat sources.This paper discusses the basic principle of heat dissipation of liquid-cooled cabinet power supply in detail,introduces the structure and optimization method of multi-branch temperature regulation system,and verifies the effectiveness and superiority of the design through system test.
multi-branch temperature adjustmentliquid cooling cabinet power supplyheat dissipation design
万方数据
维普
