Infrared Radiation Air Conditioner

Abstract

The invention discloses an infrared radiation air conditioner, which includes an energy storage system, an infrared radiation system, and an infrared receiving and emitting system. Heater pump and solar collector, water heater solenoid valve, water heater throttle valve and water heater pump, the infrared radiation system includes a certain area of ​​shielding room, superimposed capillary network, infrared reflector; infrared antenna receiving and transmitting system includes infrared antenna receiving array , infrared antenna transmitting array, signal conversion system (signal receiving fiber processor, signal sending fiber processor, signal amplification system), and end users. The invention can efficiently convert the earth's infrared heat energy with a wide bandwidth and is easy to conduct into electromagnetic waves with a relatively narrow bandwidth and controllability, and performs energy conversion and transmission through the antenna to realize radiation air conditioning in the true sense.

Description

technical field [0001] The invention relates to the technical fields of refrigeration, heating and power generation, in particular to an infrared radiation air conditioner. Background technique [0002] According to the theory of black body temperature and radiation, the wavelength of objects with normal temperature on the earth is within 88-80 ℃, and its wavelength is in the range of 8-15um. According to the division of common bands in my country, 8-15um is determined to be the long-wave infrared band, which is also considered to be terminated. The carbon dioxide absorption band adjacent to the long-wave infrared window is also the direct cause of the warming of the earth's climate. The earth's infrared energy reserves are huge, about 123 trillion kW, which is the most abundant natural resource on the earth. If it can be fully utilized, it can effectively curb the problem of global warming. However, because objects at room temperature have a long wavelength bandwidth and ar...

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Problems solved by technology

[0003] The existing air conditioners all use Frion units, which have low cooling energy efficiency and generally cannot shift peaks to fill valleys; at the same time, the existing radiant air conditioners have no energy storage, no peak shifting to fill valleys, etc.; capillary network radiant air conditioners need to be laid on a large area. Large amount of engineering, difficult to maintain, and defects such as surface condensation

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