Study On The Moderate Temperature Heat Pipe In Solar Air-Condition

A heat pipe is accessory which relying on its change of the internal liquid phase to achieve the heat exchange. It works with advantages like high coefficient of heat exchange, uniform temperature distribution, rapid thermal response to change, compact structure and energy saving. This paper meet the development requirements of solar energy technology, through the study on heat exchange mechanism of heat pipe, using a computer model based method on product to design the heat pipe which used in solar air-conditioning system.Heat pipe works with high efficiency of heat exchange,in the process of design, we give full consideration to factors such as the choice of liquid,thermal and structural parameters and material selection.This paper studies on discussing the factors which influence of the thermal properties thorough the simulation of heat pipe working process, and analyzes the main factors on the efficiency of the heat pipe which providing a theoretical basis for design We optimized the structure parameters in the process of structural design of pipe. With all factors considered comprehensively, the paper giving the design of a bran-new heat pipe which can be used in solar air-condition.This paper combines the sunlight and heat pipe device to design a new type of solar air-condition with aimed at resolving the current consumption of tradition resources which pollute the environment and other issues. The new design of solar air-conditioning system will track the sun accuracy through using Fresnel lens and highly efficient heat pipe as a collector and lithium bromide absorption refrigeration as the heat transfer components. Through the application of gather and the optimal design of heat pipe to improve overall efficiency of solar air-condition.The paper stresses on design of and heat pipe and air-conditioning system with efficiency as the ultimate goal, completing a heat pipe which theoretically meet the requirements of solar air-conditioning system,and the design of solar air-condition meeting the functional requirements and energy-saving purpose.