Infrared-radiation refrigerating system with hermetic refrigerating function

Abstract

The invention discloses an infrared-radiation refrigerating system with a hermetic refrigerating function. The infrared-radiation refrigerating system comprises a highly reflective layer (1), a stronginfrared-radiation layer (2), a sandwich layer (3) made of a highly reflective high polymer material, a solution storage tank (5), an upper water pump and a lower water solenoid valve (4), wherein the sandwich layer is connected with the solution storage tank; the liquid storage tank is filled with a refrigerating sealing solution (6); and the refrigerating sealing solution at least comprises infrared-radiation strong absorption components for waves with wavelengths of 8-13 microns. One surface, towards outer space, of the infrared-radiation refrigerating system is additionally equipped withthe hermetic sandwich layer made of the highly reflective high polymer material, and the refrigerating sealing solution (6) is conveyed into the hermetic sandwich layer through the solution storage tank outside the sandwich layer, so that system refrigerating in summer and system refrigerating stop in winter are realized. If applied to the building industry, the infrared-radiation refrigerating system can realize the purpose of refrigerating buildings in summer.

Description

technical field [0001] The invention relates to an infrared radiation refrigeration system with a closed refrigeration function, which belongs to the technical field of refrigeration. Background technique [0002] According to Planck's black body radiation law, any object with a temperature higher than absolute zero will radiate heat energy to the outside in the form of electromagnetic waves, and the object's own temperature will decrease due to the radiated energy, which is radiation cooling. Stephen Boltzmann pointed out that the total radiation power of a black body is proportional to the 4th power of its absolute temperature. According to calculations, an absolute black body of 1 square meter radiates 460W radiation energy in the full band at 300K. If the black body only radiates and does not absorb energy from the environment, the black body will decrease in temperature at a significant rate. In theory, radiative cooling can be used to develop a cooling technology that...

AI Technical Summary

Problems solved by technology

These two problems are: first, how to effectively emit heat in the form of infrared radiation; second, the actual radiative cooling system is also absorbing heat radiation and sunlight while radiating heat energy to the outside world.

[0005] Although it is theoretically possible to paste this infrared radiation cooling system on the roof of the house to cool down and save energy, in fact this system is not practical in most areas

Because, usually, houses need to reflect sunlight and cool down in summer, but in winter, people need sunlight to heat the roof, but the roof covered with this infrared radiation cooling system not only cannot absorb sunlight in winter, but also constantly heats the roof from the roof. A system that extracts energy and throws it into space to cool a house in both summer and winter has major flaws

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