Parking air conditioning

Working principle:
Refrigeration principle:
The refrigeration device in parking air conditioning usually adopts the principle of refrigerant circulation. The refrigerant absorbs heat in the evaporator, causing the air temperature to decrease. Then, the hot gas is compressed by the compressor, releasing heat and converting the refrigerant back into liquid.
Power connection:
The parking air conditioning is usually connected to the vehicle's power system and can be powered by the vehicle's battery or other appropriate power source. This allows the air conditioning system to still be used while parked.
Advantages:
Maintain comfort inside the car:
The parking air conditioning allows the vehicle to maintain a suitable temperature inside the car while parked, improving the comfort of both the driver and passengers.
Protecting interior equipment:
In hot weather, electronic devices, plastic parts, or other sensitive items may be damaged inside the car due to high temperatures. Parking air conditioning helps protect these devices from the effects of high temperatures.
Prevent odor inside the car:
The parking air conditioning can eliminate dampness in the car through the ventilation system, reduce the generation of odors, and maintain fresh air inside the car.
Extend battery life:
Although the use of parking air conditioning requires battery energy consumption, due to its system design, it usually does not deplete the battery, which helps to extend its lifespan.