Saving Energy, Saving Money

A DC motor uses magnetic force to operate the compressor. This dramatically reduces energy consumption compared to conventional non-inverter motors. A DC inverter AC automatically slows down and operates at minimum suitable capacity after reaching the set temperature. Energy consumption can be reduced by 30%.

Strong Cooling & Heating

A DC inverter AC enables the compressor to achieve maximum frequency in the shortest time from start up. It cools you down 15% faster compared to conventional non-inverter AC. This make you enjoy more powerful cooling from the moment you switch on your DC inverter AC.

Precise Control，Enjoy Comfort

·Temperature fluctuation is controlled within +0.1C.
·A conventional non-inverter AC can only operate at a constant speed. Therefore, it switches the compressor on and off repeatedly. This causes wider temperature fluctuations.
·A DC inverter AC varies the rotation speed of the compressor providing a precise method of maintaining the set temperature. The temperature fluctuation is controlled within ±0.5℃.

Low Noise

A DC inverter AC works at an extra-quiet mode to ensure you a good nights sleep.

Low Temperature Heating

·The high frequency of a DC inverter AC enables the compressor to operate at various speed, which can be applied to different environment and ambient temperatures.
·TCL DC Inverter AC even can start at -15 celsius, keep you warm all the winter.

Wide Voltage Range

·In a DC Inverter AC, voltage and current to the motor are controlled to ensure high efficient operation and reduced vibration.
·A DC inverter AC can operate within the voltage range of 165-265V, even in voltage unstable areas.
·The start up voltage is as low as 135V.