logo
logo
Sign in

How Does Air Conditioning Work?

avatar
angelinarobston34
How Does Air Conditioning Work?

You're probably aware that your air conditioning system keeps your home or business cool throughout the summer, but have you ever pondered how it works? You might be surprised to learn that your air conditioner and refrigerator operate in essentially the same way. The distinction is that a refrigerator cools a tiny, enclosed compartment, but an air conditioner maintains a suitable temperature in your home, workplace, or business space.


Air conditioners are a component of a central heating and cooling system that absorbs heat energy from the outside and transfers it to the inside. Simply described, an air conditioner in both a home and a business is a central heating and cooling system that distributes cool air through sheet metal ductwork by drawing warm air inside, eliminating its heat, and replacing it with cooler air.


The entire process of making the air in your property a comfortable temperature is based on a very simple scientific principle, and the rest is achieved by mechanical means. Let’s take a visual look at how air conditioning works to cool your home.


The Process of Cooling Your Home with AC

Chemicals in your air conditioner quickly transition from gas to liquid and back again. These chemicals transport heat from your home's interior to the outside air. There are three main components to the air conditioner. The compressor, condenser, and evaporator are the three components. The compressor and condenser of your air conditioner are usually found on the outside of the device. The evaporator is located within the residence.


How Your Air Conditioner Removes Hot Air & Blows Cold Air

As a high-pressure, hot gas, this working fluid exits the compressor and travels to the condenser. Metal fins surround the casing of an air conditioning system's exterior unit. These fins function similarly to a car's radiator, allowing heat to be dissipated more quickly. The fluid is substantially cooler when it exits the condenser. Because of the high pressure, it also changes from a gas to a liquid. The liquid enters the evaporator through a tiny, narrow hole, and when it reaches the other side of this channel, the pressure drops. As a result, the fluid begins to evaporate and turn into gas.


As this occurs, the heat is extracted from the surrounding air. This heat is required to separate the molecules of the liquid into a gas. The metal fins on the evaporator also help exchange thermal energy with the surrounding air.


For more: https://www.sydneyairconditioning.sydney/

collect
0
avatar
angelinarobston34
guide
Zupyak is the world’s largest content marketing community, with over 400 000 members and 3 million articles. Explore and get your content discovered.
Read more