A high-efficiency multifunctional solar air conditioning system

Abstract

The invention provides a high-efficiency multifunctional solar air conditioning system. The high-efficiency multifunctional solar air conditioning system comprises a solar air conditioning system; high-efficiency air conditioning refrigerating and heating effects are achieved by the solar air conditioning system which takes high-temperature steam generated by a solar steam heat collector as drive heat energy; an auxiliary heating system for providing heat for a high pressure generator of the solar air conditioning system is a high-efficiency combustion and zero emission auxiliary heating system; the outlet end of a condenser of the solar air conditioning system is connected with a heat pump system; the heat pump system is connected with a hot water tank and a cold accumulation ice-making box, recovers the heat of cooling water in an evaporator, supplies the heat to the hot water tank for providing domestic hot water, and also can cool the cold accumulation ice-making box for making ice and accumulating cold. By the high-efficiency multifunctional solar air conditioning system, solar energy and biomass energy are fully utilized; refrigerating or heating can be performed effectively; environment-friendly and energy-saving effects are achieved; the function of providing domestic hot water is realized; refrigerating and ice-making can be realized; heat recovery efficiency can reach 5; the COP (coefficient of performance) of the solar air conditioning system can reach over 1.5; moreover, the high-efficiency multifunctional solar air conditioning system is convenient to use.

Description

Technical field [0001] The invention relates to the field of new energy sources, in particular to a high-efficiency multifunctional solar air conditioning system. Background technique [0002] Solar air conditioner is an energy-efficient air conditioner that uses solar energy instead of electric energy. General solar air conditioners use solar collector tubes to absorb the light energy of the sun to produce 60-90 medium and low temperature hot water as the driving force of the heat source. The efficiency of the air conditioner is very low and it is difficult for practical application. And the use of solar energy to directly generate domestic hot water is a great waste of high-quality solar resources. In addition, the existing solar air conditioning system has relatively poor cooling and heating effects, low absorption and analysis efficiency of absorbents, low heat utilization efficiency, and air conditioning COP value of only 0.4. Summary of the invention [0003] In order to s...

AI Technical Summary

Problems solved by technology

General solar air conditioners use solar collector tubes to absorb the light energy of the sun to generate hot water at a medium and low temperature of 60 to 90 degrees Celsius as the driving force of the heat source. The efficiency of the air conditioner is very low and it is difficult for practical application

And the use of solar energy to directly generate domestic hot water has formed a great waste of high-quality solar energy resources

In addition, the existing solar air-conditioning system has poor cooling and heating effects, low absorption and analysis efficiency of absorbent, low heat utilization efficiency, and the COP value of the air conditioner is only 0.4

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