Control method of radiation air conditioner, radiation air conditioner, and storage medium

Abstract

The invention discloses a control method of a radiation air conditioner, the radiation air conditioner, and a storage medium. The control method comprises the steps of detecting the current operationmode of the radiation air conditioner when receiving a halt instruction; when the current operation mode is refrigeration or dehumidification, reducing the operation frequency of the radiation air conditioner, and controlling the radiation air conditioner to switch to the heating operation mode after first preset time; and regulating the heating operation frequency of the radiation air conditioner, and controlling the radiation air conditioner to stop after second preset time. According to the control method, dew on the surface of an evaporator is dried, the situation that air outlet quality and the comfort level of the air conditioner are affected due to the fact that mould breeds in the dew of the surface of the evaporator and odors are generated after halt are avoided, and cleanliness and the comfort level of the radiation air conditioner are improved.

Description

technical field [0001] The present invention relates to the technical field of radiant air conditioning, in particular to a control method for radiant air conditioning, a radiant air conditioner, and a storage medium. Background technique [0002] Traditional household air-conditioning indoor units usually use tube-fin heat exchangers, which force air supply through fan design and enhance convection heat exchange to obtain higher heat exchange efficiency. However, this type of air conditioner is noisy and uneven air supply during operation. Moreover, the air supply temperature is low during cooling, and the air supply is dry during heating, which results in low comfort for the human body. [0003] At present, there is a radiant air-conditioning system on the market, which adopts the method of radiation heat exchange + convective heat exchange, and exchanges heat with the enclosure structure through the embedded pipe or capillary network, and then directly radiates the coolin...

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Problems solved by technology

However, the terminal heat exchanger of this air-conditioning system needs to pre-embed pipes or capillary networks before home decoration, which limits the scope of application, and the system is complex, difficult to install, more materials used, and high cost

[0004] In addition, another type of radiant heat exchange air conditioner installed against the wall that appears on the market can use the evaporation temperature of the dew point to enhance the heat exchange effect during cooling. It is easy to breed mold and affect the cleanliness of the air conditioner

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