Structural Design of Micro Heat Pipe Array Temperature Difference Power Generation System

Abstract

The article applies both semiconductor thermoelectric power generation technology and micro heat pipe array heat dissipation technology to the utilization of waste heat from high heat flux density devices, achieving waste heat recovery and power generation from high heat flux density devices. High heat flux density devices have high heat flux density, micro heat pipe arrays have good heat dissipation ability, while semiconductor thermoelectric power generation technology requires high heat flux density to ensure efficient power generation. This article combines the three organically to achieve efficient waste heat recovery of high heat flux density devices. The experimental results show that the waste heat recovery efficiency of the experimental device is as high as 12%, and the generated electricity can achieve functions such as fan rotation, LED light bulb emission, and incandescent light emission. The entire waste heat power generation system operates with stable performance, no noise, high energy utilization efficiency, and significant energy-saving and emission reduction effects.