Air conditioner, heat pipe defrosting control method, computer equipment, medium and terminal

Abstract

The invention belongs to the technical field of air conditioner control, and discloses an air conditioner, a heat pipe defrosting control method, computer equipment, a medium and a terminal. A heat pipe evaporation section is used for absorbing heat from a compressor cylinder body and transmitting the heat to a chassis through a heat pipe condensation section for melting frost on the chassis of an outdoor unit. Under the condition that external energy consumption and split machine power consumption are not increased, a compressor heat source and a heat pipe device outside the split air conditioner are used for transferring heat, and in combination with the control scheme, chassis deicing and chassis defrosting can be achieved without chassis electric heating belts / pipes and other external heat sources or whole machine refrigerant deicing to increase power consumption. The energy utilization rate is high, the structural form is simple, and the cost advantage is high. Compared with an electric heating belt / pipe scheme which is widely applied at present, the air conditioner has great advantages in the aspect of saving energy, and monthly power consumption can be saved by 79.2 kilowatts or above.

Description

technical field [0001] The invention belongs to the technical field of air conditioning control, and in particular relates to an air conditioner, a heat pipe defrosting control method, computer equipment, media and a terminal. Background technique [0002] At present, the two biggest bottlenecks of the split-type room air conditioners used in cold regions (referred to as split units in the text) are: [0003] ① During the heating process, the condensed water on the condenser condenses into frost on the chassis and gradually accumulates and rises, resulting in a decrease in the heat transfer efficiency of the condenser and a decrease in the indoor heating effect. The fan blades of the machine collided, resulting in damage to the fan blades, and the air conditioner could not operate normally. [0004] ②During the heating process or shutdown process, when there is heavy snow at the outdoor unit of the air conditioner, the rapidly falling rain and snow will accumulate on the ma...

AI Technical Summary

Problems solved by technology

[0003] ① During the heating process, the condensed water on the condenser condenses into frost on the chassis and gradually accumulates and rises, resulting in a decrease in the heat transfer efficiency of the condenser and a decrease in the indoor heating effect. The fan blades of the machine collided, resulting in damage to the fan blades, and the air conditioner could not operate normally

[0004] ②During the heating process or shutdown process, when there is heavy snow at the outdoor unit of the air conditioner, the rapidly falling rain and snow will accumulate on the mask, condenser, and chassis of the outdoor unit, which will also reduce the heat transfer efficiency of the condenser and cause the indoor system to When the thermal effect is reduced and the snow accumulation rate is too fast, the frost accumulated on the chassis will also collide with the fan blades of the outdoor unit in operation, resulting in damage to the fan blades and the air conditioner cannot operate normally

Can achieve certain effects, but need to increase energy consumption

[0013] (2) In the prior art, both comparison files need to use the refrigerant in the system, which has a great impact on the heating effect of the air conditioning system, and the power consumption of the air conditioning system will also increase synchronously

[0014] (3) In the prior art, during the heating process, the condensed water on the condenser condenses on the chassis, and in heavy snow weather, the rapidly falling rain and snow accumulate on the chassis of the outdoor unit, resulting in a decline in the indoor heating effect and wind Leaf collision chassis frost damage and other issues

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