In a nutshell, a compressor works by drawing in cool, low-pressure refrigerant from indoors and pressurizes it to increase its temperature above the temperature outdoors. Traditionally, The constant speed compressor operates in an ON/OFF fashion as the room temperature reaches the set temperature. This sort of operation results in large fluctuations in the room temperature and wastes energy during the frequent ON/OFF operation as the compressor either works on full capacity or turns off.

A compressor with inverter technology can run at variable speeds to improve efficiency. Variable-speed operation not only keeps us comfortable but also reduces energy consumption by up to 70% compared to conventional constant-speed (ON/OFF) compressors. Inverter technology is also particularly efficient at low loads’ operation while continuing to maintain the desired temperatures.

The shaft-through structure of the R1 Compressor eliminates tilt at low loads and makes bottom compression possible. When the compression process happens at a lower part within the compressor, the compressor operates with more stability and improves the overall efficiency. The more stable operation also reduces vibration and translates to a lower noise emission, particularly at low-load operation. As a hybrid scroll compressor, the R1 combines the smooth and efficient operation of a scroll compressor with the simplicity of a rotary compressor.

Eliminates tilt when operating at low loads and makes bottom compression possible

Combines aspects of scroll and rotary type compressorsProvides high efficiency while reducing noise emission

Ensures stability at low-load operation and improves efficiency.

The R1 Structure simplifies the oil-refrigeration process and improves overall system durability and reliability

Provides 2-stage compression effect for improved heating performance even at extremely low out door temperatures