Heat pump type air conditioner device

Abstract

The invention relates to a heat pump type air conditioner device. Outdoor equipment in a traditional heat pump type air conditioner does not need to be adopted. A refrigerating or heat-supplying evaporator and a condenser are of an integral structure and are not affected by outside environmental factors. A temperature difference electricity generating device is adopted to recover cooling capacity and reduce process irreversible losses. Workloads of equipment installation, equipment maintenance and the like are effectively reduced, no influence is caused on environment, heat island effect of city residential and office buildings is effectively avoided, economical, social and environment-protection benefits are obvious, and the heat pump air conditioner device is a breakthrough to the technology of the traditional heat pump type air conditioner.

Description

technical field [0001] The invention relates to a heat pump type air conditioner, in particular to the technical field of refrigeration and air conditioners. Background technique [0002] The theoretical basis of the traditional heat pump stems from the discovery of Carnot in the early 19th century, who published a paper on the Carnot cycle in 1824. In 1852, Thomson first proposed the idea of ​​a heat pump using air as a working medium; in 1854, Kelvin proposed that a refrigeration device can be used for heating. In the 1870s, the development of refrigeration equipment using the Carnot principle developed rapidly, but the development of heat pumps lagged far behind. The emergence of the world energy crisis in 1973 made European countries, the Soviet Union, Japan, the United States, Australia and other countries attach great importance to heat pump work. At present, countries around the world are increasingly interested in heat pumps, and manufacturers in Europe, Japan, and...

AI Technical Summary

Problems solved by technology

[0018] 2) The thermal efficiency of the Carnot cycle can only be less than 1, never equal to 1, because T 1 =∞ or T 2 =0 is impossible

[0021] 5) The limit point of the Carnot cycle is the ambient temperature of the atmosphere, and the Carnot cycle does not give a clear answer to the refrigeration process cycle below the ambient temperature

[0023] However, using the basic theory of thermodynamics cannot give a concise, clear and intuitive explanation of the refrigeration cycle.

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