Capillary radiation air-conditioning system combining solar with evaporative cooling

Abstract

The invention discloses a capillary radiation air-conditioning system combining solar with evaporative cooling, which comprises an evaporative cooling high-temperature water chilling unit, a solar heat collector, a solar photoelectricity heat collecting panel, an evaporative cooling fresh air handling unit, one capillary tail end arranged on the wall in the tail-end room of the capillary radiation, one capillary tail end arranged on the roof, a PERT cool / hot coiler laid on the floor and a displacement ventilator; and a loop is composed by connecting the above parts through pipelines. In summer, the evaporative cooling high-temperature water chilling unit is utilized to prepare high-temperature cooling water for the capillary tail ends; in winter, the solar heat collector is utilized to prepare hot water for the capillary tail ends; and meanwhile, the solar photoelectricity heat collecting panel is adopted to convert the heat into electric energy for a water pump and an air blower in the system; renewable energy sources, such as solar, dry air and the like are fully utilized, which not only saves energy, but also can reduce atmospheric pollution.

Description

technical field [0001] The invention belongs to the technical field of air-conditioning equipment, and specifically relates to an air-conditioning system based on the integration of evaporative cooling high-temperature chillers, solar heat collectors, solar AC photoelectric conversion systems, evaporative cooling fresh air units, capillary radiation ends and displacement ventilators. Background technique [0002] Evaporative cooling uses water as the refrigerant, does not use CFC, and has no pollution to the atmospheric environment. Due to its advantages of energy saving, environmental protection, and economy, it has been used more and more in engineering, especially in the dry areas of Northwest my country. However, for radiant air-conditioning systems, evaporative cooling chillers can only produce high-temperature cold water, which is limited in winter applications. [0003] In recent years, solar technology has also been developed to make full use of the energy of solar r...

AI Technical Summary

Problems solved by technology

However, for radiant air conditioning systems, evaporative cooling chillers can only produce high-temperature cold water, which is limited in winter applications

[0003] In recent years, solar technology has also been developed to make full use of the energy of solar radiation, convert it into other forms of energy, and apply it in people's daily life, but there is no way to combine it with capillary radiation air conditioning to give full play to the advantages of both. technology

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