Why should we use an Inverter Air Conditioner?

Inverter air conditioning is a type of air conditioning system that uses an inverter-controlled compressor to adjust the compressor’s speed to meet the desired temperature. When the room temperature rises, the inverter compressor increases in speed to produce more cool air. When the temperature drops, the inverter compressor decreases in speed to produce less cool air. This adjustment allows the inverter air conditioner to maintain a more consistent temperature, resulting in less energy consumption.

Inverter technology uses a variable-frequency drive (VFD) that regulates the speed of the compressor motor. This way, it can adjust the amount of refrigerant flowing through the system to match the cooling needs of the space.

The main difference between non-inverter and inverter air conditioners is how the compressor operates.

Non-inverter air conditioners use a fixed-speed compressor that runs at a constant speed, meaning it consistently operates at full power when the air conditioner is on, producing a large amount of cool air. When the temperature in the room drops, the fixed-speed compressor stops running and stops producing cold air, which can result in temperature fluctuations in the room and can make the room feel too hot or too cold at times. Because of this type of stop-start operation, non-inverter air conditioners are less energy efficient than inverter air conditioners.

Inverter air conditioners use an inverter-controlled compressor that adjusts its speed to meet the desired temperature, resulting in a variety of benefits such as lower energy usage, more consistent cooling and heating, and a longer lifespan than traditional air conditioner units.

For several reasons, inverter air conditioners are considered more energy efficient than non-inverter air conditioners. Inverter-controlled compressors are more efficient and consume less energy because the speed of the compressor can be adjusted. By adjusting the compressor’s speed, the heating or cooling output is controlled, and it is possible to create a low-speed operating range for the compressor based on the difference between the set temperature and the current room temperature. This results in energy savings compared to a fixed-speed air conditioner. Some inverter air conditioners also have energy monitoring features that allow you to track your energy consumption and modify your settings accordingly.

Inverter air conditioners are known to have a longer lifespan than non-inverter air conditioners for several reasons. Because inverter air conditioners need to operate at high and low speeds, the materials used in their components are typically of a higher standard compared to non-inverter air conditioners. The lifespan of an inverter air conditioner can vary depending on brand, model, and usage, but on average, they have a lifespan of around 10 years.

Inverter air conditioners use an inverter-controlled compressor that can adjust its speed to match the cooling needs of the space. This means that the compressor can run at a higher speed when a room needs to cool down quickly and at a lower speed when the room is already cool. Smart functions included with inverter air conditioners can reduce unnecessary energy waste. Because inverter air conditioners generally maintain more consistent temperatures than non-inverter types, reducing sharp temperature fluctuations, they are able to use less energy to cool or heat the room than non-inverter units.

Although inverter air conditioners typically have a higher initial cost than non-inverter air conditioners, long-term savings can make up for the price difference. With Inverter-topped air conditioners, save up to 70%* more of your energy consumption than with non-inverter air conditioners. These savings include lower energy bills and less wear and tear on unit components, requiring less maintenance and fewer repairs over time.

*LG Inverter air conditioners (US-Q242K*) save up to 70% more energy than LG non-inverter air conditioners (TS-H2465DA0). Initial Temperature (Outdoor 35℃, Indoor 33℃) / Setting Temperature (26℃) / Testing time (8 hours)