Load self-adaption capillary tube air supply tail end system for partition air conditioner

Abstract

The invention relates to a load self-adaption capillary tube air supply tail end system for a partition air conditioner. The load self-adaption capillary tube air supply tail end system comprises a control subsystem and a capillary tube air supply tail end device. The capillary tube air supply tail end device comprises a cuboid heat exchanger, two rectangular guide plates, a capillary tube net device, at least one fan, a water dividing and collecting pipe, a return water supply pipe, a supply air mixing subsystem and a return water supply mixing subsystem; a rectangular air supply opening penetrating the long edge is formed in the upper wall of the cuboid heat exchanger, and an upper round water supply hole, a middle round water supply hole and a lower round water supply hole are formed in the front wall of the cuboid heat exchanger; the two rectangular guide plates are vertically fixed to the two sides of the air supply opening in the long edge direction of the rectangular air supply opening; the capillary tube net device is located under the air supply opening; the at least one fan is arranged in a linear manner and is arranged on the left wall or the right wall of the cuboid heat exchanger; the water dividing and collecting pipe is located on the front wall of the heat exchanger, and one end of the water dividing and collecting pipe is communicated with the capillary tube net device; the return water supply pipe is located on the front wall of the heat exchanger and is communicated with the water dividing and collecting pipe; the air outlet end of the supply air mixing subsystem is connected to the middle round water supply hole, and the air inlet end of the supply air mixing subsystem is connected with an internal zone air supply system; and the water inlet end of the return water supply mixing subsystem is connected with an internal zone water supply circulation system, and the water outlet end of the return water supply mixing subsystem is connected to the return water supply pipe.

Description

technical field [0001] The invention relates to a capillary air supply terminal system, in particular to a load self-adaptive capillary air supply terminal system for partition air conditioners, and belongs to the field of building environment and equipment automatic control. Background technique [0002] At present, the zonal air-conditioning system divides the air-conditioning area according to the difference in cooling or heating loads, and realizes the zoning control of the thermal environment in the inner and outer areas. However, with the change of time, the outdoor temperature, solar radiation angle and wind direction all change greatly, resulting in large load fluctuations in the outer area and poor uniformity of temperature distribution. At present, many external air-conditioning systems mainly use ordinary heat exchangers for air treatment, which are responsible for blocking and balancing the cold or heat load of the outer enclosure structure, reducing the indoor c...

AI Technical Summary

Problems solved by technology

[0003] The purpose of the present invention is to solve the problem of low heat exchange efficiency of the above-mentioned air barrier system and the incapability of real-time automatic adjustment, and the purpose is to provide a load-adaptive capillary air supply terminal system for partition air conditioning

Images