Capillary tube air conditioning system

Abstract

The invention provides a capillary tube air conditioning system. The capillary tube air conditioning system comprises a vacuum tube type heat collector, a domestic hot water tank, a tail end circulating water tank, a ground source heat pump main machine, a heat tube type fresh air processing unit, a capillary tube network, a first heat exchange mechanism, a second heat exchange mechanism, a thirdheat exchange mechanism and a fourth heat exchange mechanism; the vacuum tube type heat collector, the first heat exchange mechanism, the domestic hot water tank, the second heat exchange mechanism, the tail end circulating water tank, the third heat exchange mechanism and the capillary network are arranged to be a solar heat supply system; the ground source heat pump main machine, the third heatexchange mechanism, the capillary tube network, the tail end circulating water tank, the second heat exchange mechanism and the domestic hot water tank are arranged to be a ground source heat pump heat supply system; and the ground source heat pump main machine, the fourth heat exchange mechanism and the heat tube type fresh air processing unit are arranged to be a ground source heat pump refrigerating system.

Description

technical field [0001] The invention relates to the technical field of air conditioning systems, in particular to a capillary air conditioning system. Background technique [0002] At present, the energy consumed by building heating and cooling accounts for about 70% of building energy consumption. Therefore, a clean, efficient and sustainable heating and cooling method is needed to achieve energy-saving effects, and with the continuous application of HVAC technology With the development and development, residents have higher and higher requirements for indoor environment comfort. Not only must the energy consumption in the heating and cooling process be considered, but also how to adjust the indoor temperature economically, quickly and comfortably. [0003] In the prior art, solar energy can be used to provide heat for domestic hot water and indoor heating, but the supply of solar energy is unstable, especially in winter, the heat supply is less, but indoor heating is mainl...

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Problems solved by technology

[0005] Although the power consumption of ground source heat pump heating is lower than that of the traditional chiller plus boiler configuration, it is greater than solar energy for domestic hot water and indoor heating. In addition, it can not only save costs, but also ensure sufficient domestic hot water and indoor heating; however, in the prior art, solar energy equipment and ground source heat pumps are two different sets of equipment, which are not easy to be unified and compatible, so when designing and installing, it is necessary to install More equipment increases installation costs, maintenance costs, and is prone to failures; how to apply a set of highly compatible equipment to meet the needs of solar energy, ground heat pumps for individual heating, coordinated heating, and summer cooling needs to be solved at present question

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