The inverter technology works as easy as this: when compressor needs more power, it gives it more power. When it needs less power, it gives less power. With this technology, the compressor is always on, but draws less power or more power depending on the temperature of the incoming air and the level set in the thermostat. The speed and power of the compressor is adjusted appropriately.

The Inverter technology is the latest evolution of technology concerning the electro motors of the compressors. An Inverter is used to control the speed of the compressor motor, so as to continuously regulate the temperature. The inverter air conditioning units have become more efficient opposed to traditional air conditioners. Also extending the life of their parts and eliminating the sharp fluctuations in the load. This makes the inverter AC units quieter. They have lower operating cost and less broke downs. The inverter AC units may seem more expensive, but it is just an inversion that will balance with lower energy bills. The payback time is approximately two years depending on the usage.

5 Reasons why Inverter AC is better than non-inverter

Eco friendly

As we previously explained, the inverter technology works with the temperature in the room using variable speed, with a non-inverter the speed is fixed, meaning that it either works at full or minimum speed. Adjusting the power lowers electrical consumption and saves energy,

Saving money

Because the compressor doesn’t work at full capacity all the time, the energy needed is low and your electrical bills are too.

More quiet sound

By keeping a steady pace that lowers from time to time but never turns on and off, the operation mode is quite.

Longer life

The technology of the inverters not only makes cooling and heating more efficient, but it also makes the AC’s life longer.

Faster Cooling/Heating

The inverter technology is able to cool or heat your room faster than the non-inverter. This is because it works at full power at the beginning but diminishes the power when it gets close to the desired temperature.

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