Air Conditioning System Combining Evaporative Cooling, Solar Energy and Semiconductors

Abstract

The invention discloses an air conditioning system combining evaporation cooling, solar energy and a semiconductor. The system comprises a split evaporation air conditioner, a solar energy collector, a capillary pipe network module, a floor radiation heat dissipating pipe and a semiconductor refrigerating and heating device, wherein the split evaporation air conditioner, the solar energy collector, the capillary pipe network module, the floor radiation heat dissipating pipe and the semiconductor refrigerating and heating device are connected through a pipe network. The capillary pipe network module is paved on an indoor ceiling, the floor radiation heat dissipating pipe is paved under an indoor floor, and the split evaporation air conditioner, the solar energy collector and the semiconductor refrigerating and heating device are arranged outdoors. According to the air conditioning system combining evaporation cooling, the solar energy and the semiconductor, the semiconductor refrigerating and heating device assists the split evaporation air conditioner in making high-temperature cold water and assists the solar energy collector in making low-temperature hot water, and the rear end of the system is provided with the capillary pipe network and the floor radiation heat dissipating pipe so as to achieve cooling and heating working conditions.

Description

technical field [0001] The invention belongs to the technical field of air-conditioning refrigeration and heating equipment, and relates to an air-conditioning system combining evaporative cooling, solar energy and semiconductors, in particular to a split-type evaporative air conditioner, a solar heat collector, a semiconductor refrigeration and heating device, a capillary tube The evaporative cooling of mesh and floor radiant heat pipes, the roof radiant cooling combined with solar energy and semiconductors, and the air conditioning system of floor radiant heating. Background technique [0002] With economic growth and social progress, people's quality of life has gradually improved. In the hot summer, people living in residential buildings or villas need to use air conditioners to adjust the indoor temperature and humidity. It is the same in winter, people need to meet thermal comfort through heating, so as to improve living conditions. People need a comfortable indoor e...

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Problems solved by technology

[0003] Traditional residential air conditioners use mechanical refrigeration technology, using CFC S and HCFC refrigerants, which can satisfy indoor cooling and dehumidification, but the recycling of indoor return air will lead to a lack of indoor fresh air and lower indoor air quality; traditional residential buildings are equipped with radiators, and hot water at 80-90°C is introduced in winter For heating, the radiator is installed on the surface, and the hot air goes up, resulting in uneven room temperature, giving people a feeling of "warm head and cool feet", and dry air will also make the mouth and tongue dry. At the same time, the heat capacity of the radiator is small and the heat dissipation area is small. Small, fast heat conduction, poor thermal stability under intermittent heating conditions

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