Solar solution-type air conditioning system

Abstract

The invention relates to a solar solution-type air conditioning system. The solar solution-type air conditioning system comprises a refrigerating device, a regenerating device and a solution-type dehumidifying device. The solution-type dehumidifying device is embedded in a wall, and comprises a dehumidifying fan arranged at the upper part. A liquid distribution device from which a dehumidifying liquid is sprayed is arranged below the dehumidifying fan. A heat and mass transfer device is arranged below the liquid distribution device. The dehumidifying liquid is sprayed from the upper part of the heat and mass transfer device, and flows into a dehumidifying liquid tank below the heat and mass transfer device. The dehumidifying liquid in the dehumidifying liquid tank is pumped into the liquid distribution device to be circuited, is cooled by the refrigerating device, and is concentrated by the regenerating device. An air door of which the size can be adjusted is arranged on one side, facing to the interior of a room, of the heat and mass transfer device and/or one side, facing to the exterior of the room, of the heat and mass transfer device. The refrigerating device is connected with a solution liquid desiccant air conditioning through corresponding air and liquid pipelines, and the combination is integrated into a whole to be embedded in the building wall after miniaturization, so that the building floor area is not occupied, the ventilation of the indoor air and the outdoor air can be freely adjusted, and air is kept fresh and comfortable.

Description

technical field [0001] The invention relates to a solution type air conditioning system utilizing solar energy. Background technique [0002] The theory of solution-type dehumidification air-conditioning with independent control of temperature and humidity has been proposed for more than half a century. Although this technology is recognized by the industry as a high-efficiency, energy-saving, independent control of temperature and humidity, and can purify and sterilize the air, etc. At present, the traditional surface-cooled air conditioner has many unique advantages. However, due to its complex system process and structure, many components, difficult to reduce the volume, large space occupation, and the dehumidification liquid has strong corrosion on metals, it has only been used for many years. Air treatment for special environments in scientific experiments and industrial fields. [0003] In recent years, more and more attention has been paid to protecting the ecologica...

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Problems solved by technology

[0002] The theory of solution-type dehumidification air-conditioning with independent control of temperature and humidity has been proposed for more than half a century. Although this technology is recognized by the industry as a high-efficiency, energy-saving, independent control of temperature and humidity, and can purify and sterilize the air, etc. At present, the traditional surface-cooled air conditioner has many unique advantages. However, due to its complex system process and structure, many components, difficult to reduce the volume, large space occupation, and

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