Refrigeration equipment, refrigeration equipment operation control method and device and storage medium

Abstract

The invention relates to refrigeration equipment, a refrigeration equipment operation control method and device and a storage medium. The refrigeration equipment comprises a defrosting heater, a fuse connected with the defrosting heater in series, a fuse branch connected with the fuse in parallel and a controller, and a branch switch on the fuse branch is connected with the controller. The controller is connected with the branch switch on the fuse branch, the fuse and the defrosting heater, when it is detected that the fuse is fused in the defrosting quit state of the refrigeration equipment, the controller controls the branch switch on the fuse branch to be closed, and the fuse branch is connected with the defrosting heater in series. In the refrigeration equipment, the fuse branch is connected with the defrosting heater in series, so that when the fuse is fused and cannot work continuously, the branch switch on the fuse branch connected with the fuse in parallel can be controlled to be closed, the refrigeration work of the refrigeration equipment can be continuously maintained through the fuse branch connected in parallel, the storage temperature of the refrigeration equipment meets the food storage requirement, food decay is avoided, and the refrigeration work efficiency is improved.

Description

technical field [0001] The present application relates to the technical field of electrical equipment control, and in particular to a refrigeration equipment, a refrigeration equipment operation control method, a device, and a storage medium. Background technique [0002] With the development of electrical equipment control technology and the wide application of different types of electrical equipment, such as refrigerators and other refrigeration equipment, in people's work and life, the cooling efficiency requirements for refrigerators and other refrigeration equipment are increasing. At present, the refrigeration principle of air-cooled refrigerators is to distribute the cooling capacity of the evaporator chamber to each compartment through the air ducts through the refrigeration fan, and because the surface temperature of the evaporator is too low, the return air of the compartments will continuously bring the moisture into the compartments. In the evaporator chamber, mo...

AI Technical Summary

Problems solved by technology

In order to ensure the safety of electric heating and defrosting of the refrigerator, a defrosting fuse is connected in series with the circuit branch of the defrosting heater.

[0004] When the fuse of the refrigerator is blown, although the refrigerator cannot be cooled normally, but because the refrigerator itself has a good heat preservation effect, the temperature before and after does not fluctuate greatly, and the user cannot immediately find that the refrigerator has malfunctioned during use.

When a fault occurs until the user discovers it, it often takes a long time to report the fault, resulting in the compartment temperature of the refrigerator being much higher than the set value, and the food stored in the refrigerator has become rotten and cannot be eaten

Therefore, traditional refrigerators and other refrigeration equipment cannot maintain the normal operation of the refrigerator during the period from the failure to the user's request for repair, resulting in a large amount of waste of food, and its refrigeration efficiency is also relatively low

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