Determining the best air conditioner for your apartment is not as simple as you might think. When you buy a new air conditioner for your apartment, your regular expenses will change in the future. You can take advantage of its functionality and efficiency or end up spending more but getting less. 

The operation of an air conditioner depends on very specific aspects. It is essential that you become familiar with these terms and get the most out of the money you spend on your air conditioner. The ability to fade 

The cooling capacity of an air conditioner describes its ability to remove heat from a space, making it cooler. This is measured in BTUs. 

BTU of air conditioner: When searching for air conditioners, you may have come across the term “BTU”. But what does BTU mean?  BTU stands for British Thermal Unit, used to measure heat energy. This term describes the amount of heat required to raise the temperature of one pound of water by 1°F. More specifically, BTU is used to measure the hourly amount of heat that an air conditioner can release from your space. 

Air conditioner compressor : The air conditioner compressor is the most important part of the air conditioner. It circulates the pressure and temperature of the vapor refrigerant as it exits the evaporator coil. It compresses the refrigerant into liquid form, making it cooler while also regulating the temperature of the space. In short, an air conditioner can cool your room thanks to its compressor. 

The air conditioner compressor is responsible for pushing heat and moisture toward the condenser coil. 

The process starts with the engine. It powers the air conditioning compressor to increase the temperature of the refrigerant vapor, leaving the evaporator coil. Increasing the refrigerant temperature helps release heat from the condenser to the condenser of the air conditioner. 

The compressor turns hot gas into liquid. The hot liquid will then flow down the regulator, turning it into a colder form. The compressor then processes the AC liquid from the cooler as a low-pressure gas.

NEA  Review : NEA stands for National Environment Agency. NEA marking ratings are used to determine the energy efficiency of a device. 

The higher the rating, the more energy efficient the device is. Air conditioners with higher rating ratings are more expensive but they come with lower utility costs, such as electricity bills later on. cryogenics 

A refrigerant is a chemical compound, usually in liquid or gas form, found in your air conditioner that absorbs internal heat and provides cooler air after it reaches a unit. Air conditioner parts such as the compressor and evaporator. Without refrigerant, the air conditioner will not work. 

Important: Because exposure to refrigerants is harmful to your health, it is essential to perform regular inspections to ensure that your air conditioning unit is leak-free. 

AC inverter : The term “inverter” is probably one of the most familiar terms on this list. Inverter technology controls the speed of the air conditioner motor to save energy. 

HEPA Filters : HEPA or High-Efficiency Particulate Air filter is a mechanical filter known for its ability to trap harmful particles such as dust, dust mites, pet dander, pollen, and smoke particles. This works well to prevent allergies and asthma attacks caused by harmful particles and pollutants. HEPA filter-equipped air conditioners trap more air impurities, including smaller particles that cannot be filtered by our human mechanisms.

Below are signs that the air conditioner is leaking refrigerant: The device displays insufficient cooling power 

• Noisy unit 
• The evaporator coil is frozen 
• Electricity bill is unusually high

The type of refrigerant your air conditioner contains is essential, especially if you are aiming for a more energy-efficient or environmentally friendly unit. Air conditioner refrigerants are not interchangeable. Using the wrong refrigerant for your AC unit can cause damage. The most common types of refrigerants are chlorofluorocarbons (CFCs), including R12, hydrochlorofluorocarbons (HCFC), R22, hydrofluorocarbons (HFC), R410A and R134.