Spacing difference energy resource absorption and commutation method and system thereof

Abstract

The invention provides a spatial difference energy absorption and conversion method and system, which is characterized in that: a collecting plate absorbs a grate number of electromagnetic wave energy and other thermal energy and chemical energy dispersed in space by utilizing the transverse electromagnetic wave principle, and then an indoor heat exchanger converses several-fold energy spaces into usable heat energy by using a little amount of circulation working substance and input power and then enhances the hot pipe condensed heat exchange temperature upper limit 54 DEG C. to over 70 DEG C. by utilizing the substance phase transition principle. The invention enables the spatial difference energy to be widely applied in cold area for warming, which saves a large number of energies and purifies the human living space. The invention has the advantages of simple structure, good technics, safe and reliable performance, and is able to be broadly used for refrigeration air conditioners, warming in winter and preparing domestic hot water in families, hotels, organs, schools and plants, etc.

Description

technical field [0001] The invention discloses a space differential energy absorption conversion system, which can convert all space differential energy into heat energy that can be actually used. The invention also provides a system made by the above method, which belongs to the technical field of cold and heat exchange devices. Background technique [0002] The "spatial differential energy" involved in the present invention includes: direct sunlight, reflected light, heat radiation light from other substances, radiated electromagnetic wave energy from short-wave ultraviolet light to visible light, infrared light, millimeter microwaves, and other heat energy dispersed in the air. chemical energy. In nature, the vast majority of space differential energy has not been effectively utilized, wasted in vain, and even caused serious environmental pollution, such as electromagnetic radiation and so on. [0003] In terms of solar energy utilization, conventional solar water heater...

AI Technical Summary

Problems solved by technology

Existing air source heat pumps use air convection to absorb heat from the space, and the heat absorption efficiency is limited. The ambient temperature is lower than minus 6°C and can hardly provide heat, and the condensation temperature cannot exceed 54°C. It is difficult to be used for heating in cold areas.

In short, people's utilization rate of solar energy is very low and is severely limited.

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