Dual-energy source circulator

Abstract

The invention belongs to the technical field of household appliance manufacture, and relates to a dual-energy source circulator which comprises an energy accumulation tank, a refrigerator, a control unit and a compressor assembly, wherein the compressor assembly comprises a compressor, a liquid reservoir, a thermostatic expansion valve, a coil pipe and a refrigeration working medium; the energy accumulation tank is positioned above the refrigerator and is separately arranged with the refrigerator; the upper part of the energy accumulation tank is a heat accumulation chamber, and the lower part of the energy accumulation tank is a refrigeration chamber; the heat accumulation chamber is provided with a heat accumulation water tank; and a heat insulation layer is arranged between the heat accumulation chamber and the heat accumulation water tank. The dual-energy source circulator fully performs cold and hot dual-energy efficacy generated by serial assemblies, such as the compressor, refrigerating fluid, the liquid reservoir, the thermostatic expansion valve, the coil pipe and the like, can synchronously refrigerate and heat, is environmentally friendly, is economic and practical, has a simple structure and is easy to manufacture, and energy is saved.

Description

technical field [0001] The invention belongs to the technical field of home appliance manufacturing. Background technique [0002] When the temperature needs to be lowered in the hot summer, the air conditioning unit first lets the compressor and its refrigerant to be steamed outside, or even exposed to the sun for heating, and then "compression-radiation-expansion" cooling; when it is cold and needs to be heated, it is first left outside Freeze, then recompress to warm up. The processes are all in the opposite direction, the energy consumption is high and difficult, and the complexity of the body structure is greatly increased; refrigerators and freezers are only for cooling, and some have heat sinks behind them, but they are prone to dust accumulation, and the structure is complicated and costly; As a last resort, the high-temperature and high-pressure pipes are sandwiched between the insulation layer and the outer wall, allowing the heat to diffuse from the outer wall to...

AI Technical Summary

Problems solved by technology

The processes are all in the opposite direction, the energy consumption is high and difficult, and the complexity of the body structure is greatly increased; refrigerators and freezers are only for cooling, and some have heat sinks behind them, but they are prone to dust accumulation, and the structure is complicated and costly; As a last resort, the high-temperature and high-pressure pipes are sandwiched between the insulation layer and the outer wall, allowing the heat to diffuse from the outer wall to the room regardless of the season, which greatly increases the difficulty of heat preservation and increases energy consumption. The dual energy efficiency of the compressor components is not fully utilized, and the thermal efficiency is uniform. very low

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