What is an air capacitor?

The air capacitor is a part used in many air conditioning systems. More generally, it is a step in the heat pump and cooling cycles that exchange heat. In a typical air conditioning, the fluid called refrigerant circulates between the interior and the outer air. Air Condensser is part of this path and is used to transfer heat from refrigerant to the outer atmosphere. During this step, it is called a capacitor because the refrigerant condenses or changes the phase from gas to liquid.

All matter, including liquids and gases, bear a certain amount of thermal energy inside. Whenever heat is used to increase the temperature of the fabric, the heat is stored in the fabric. Similarly, whenever the substance changes the phase - such as the gas to liquid - the heat is either released or absorbed. Therefore, the internal heat of the refrigerant can be used to remove heat from the interior and towards the external environment. Claiming a change refrigerant from gas to liquid can allow the internal heat from the refrigerant to the outer air.

Knife units use the pressure difference between different parts of the coolant circulation to move the fluid and allow it to change the phases. This pressure difference is created by means of an air compressor powered by electricity or in the vehicle with an internal combustion engine. The high -pressure refrigerant, which is mostly steam at this point of the cycle, is then pushed through the tube into thermal contact with the outer environment. The fan can be used to ensure that fresh outer air passes through the tube full of refrigerant.

At this point, the refrigerant enters the air condenser. Liquids at higher pressures tend to have a boiling point/condensation point at lower temperatures. Air conditioning uses this feature to transmit refrigerant heat transfer to the Úside environment - although the outer air is already very hot. As a result, the air capacitor works on the condensation of the refrigerant steam into the liquid, releasing heat. PulseLO released during the changes in the gas fluid phase is called entalpia evaporation.

In order to complete the air conditioning cycle, it passes primarily through a liquid through a point point called the expansion valve. This valve contains a high pressure capacitor pressure and allows a new low pressure area. The low -pressure area has an analogous to the air condenser component, except for the refrigerant to evaporate instead of condensation. In accordance with this, this evaporation is absorbed - rather than issued -. The suction heat from the air is what causes air conditioning air to feel cold.