Effective energy-saving air-conditioning unit

Abstract

The invention discloses an effective energy-saving air-conditioning unit which is characterized by combining an evaporation cooling part, a wind cooling part and a water cooling part into a whole unit, wherein an air filter (14), an indirect evaporation cooler (15), an evaporator (5), a wet curtain (4) and an air outlet (2) are sequentially arranged along the length direction of a chassis (20) from a new fresh air inlet (13); an evaporation type condenser (10) is arranged between a wind-cooling type condenser (9) and the indirect evaporation cooler; spraying pipes (18) are respectively arranged above the evaporation type condenser and the indirect evaporation cooler; and a refrigerant output by a compressor (17) is fed to the wind-cooling type condenser and the evaporation type condenser which are connected in series. The invention combines the evaporation cooling part, the water cooling part and the wind cooling part to form a multifunctional multi-efficacy condensation system, gathers the advantages of various cooling ways, and makes the best of various cooling ways and brings out the best in each other, thereby having high refrigeration efficiency without adding a cooling watersystem.

Description

technical field [0001] The invention relates to a temperature regulating device, in particular to a high-efficiency energy-saving air conditioning unit. Background technique [0002] The condensation method of the traditional compression refrigeration system is not only water cooling but also air cooling. The water cooling system must increase the cooling system of circulating water, and the efficiency is low, the investment is large, and the energy consumption is high. [0003] The traditional all-air air-conditioning system is generally an independent unit separated from the refrigeration system and the combined air handling unit. The cooling and heat of the unit cannot be fully utilized effectively, resulting in partial waste of cold sources and low efficiency. [0004] Most of the traditional compression air conditioners and water-cooled air conditioners use water as the refrigerant, which will cause a lot of cooling loss. [0005] The air conditioners of the above sev...

AI Technical Summary

Problems solved by technology

The water cooling system must increase the cooling system of circulating water, and the efficiency is low, the investment is large, and the energy consumption is high

[0003] The traditional all-air air-conditioning system is generally an independent unit separated from the refrigeration system and the combined air handling unit. The cooling and heat of the unit cannot be fully utilized effectively, resulting in partial waste of cold sources and low efficiency.

[0004] Most of the traditional compression air conditioners and water-cooled air conditioners use water as the refrigerant, which will cause a lot of cooling loss

[0005] The above several forms of air conditioners are single-operated, there is no room for choice, and the compression air conditioner does not have the functions of humidifying and replenishing fresh air, and the user feels bad

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