Micro thermal optoelectronic system cooled based on loop heat pipe principle

Abstract

The invention discloses a micro thermal optoelectronic system cooled based on a loop heat pipe principle. The micro thermal optoelectronic system cooled based on the loop heat pipe principle is composed of a micro burner, a photoelectric converting system and a photocell cooling system. The photoelectric converting system is located on the two sides of the micro burner and is formed by photocells, and the photocell cooling system is located on the outer side of the photoelectric converting system and is formed by a micro evaporator, a steam pipeline, a micro condenser and liquid pipelines. According to the micro thermal optoelectronic system cooled based on the loop heat pipe principle, foamy copper is arranged between a porous medium top plate on the top of the micro combustion chamber and a glass shade top plate, a cavity structure is formed in the inner side of the vertical wall of the outer shell of the micro combustion chamber, a loop heat pipe system is adopted by the photocell cooling system, the evaporator is divided into a boiling chamber and a liquid suction chamber, a rhombus staggered columnar structure is designed inside the cavity of the condenser, a multiscale surface heat functional structure is adopted on the inner wall surface of the evaporator and the inner wall surface of the condenser, and the thermal performance of the system is improved. Compared with a normal heat pipe, the micro thermal optoelectronic system cooled based on the loop heat pipe principle structurally has the advantages that vapor pipelines and liquid pipelines are separated, and the evaporator and the condenser are integrated.

Description

technical field [0001] The invention belongs to the field of micro-power electromechanical systems, and in particular relates to a micro-thermal photoelectric system using a novel cooling device. Background technique [0002] In recent years, with the rapid development of high frequency, high speed, high integration and packaging technology of electronic components, new micro-thermal photoelectric new energy systems that are small in size, light in weight and high in energy density and meet the requirements of energy saving and emission reduction have been widely used. . The micro-thermo-photovoltaic system consists of a micro-burner, a photoelectric conversion system, and a photovoltaic cell cooling system. The combustion of hydrogen and oxygen in the micro-burner releases chemical energy, which makes the wall of the burner in a high temperature state. Through the selective coating material on the outer surface of the micro-burner, a spectrum of a certain wavelength is emi...

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Problems solved by technology

Miniature ordinary heat pipes are restricted by capillary limits, boiling limits, and continuous steam flow limits, and cannot adapt to the

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