




Reluctance DC motor supporting high COP is employed.
High energy-efficiency in the most frequently used mid-to-low setting keeps annual electricity costs low.
Combination of magnetic torque from powerful Neodymium magnets and reluctance torque incorporated into air conditioner's ccompressor for the first time generates more power using less electricity.

Energy savings is improved, eliminating the friction and the leakage of refrigerant gas.

Sucked gas is compressed in the scrolling part before the heated motor, so that the machine compress the non-expanded gas, resulting high efficiency compression.

Generates smooth inverter waveforms to increase efficiency.
With adoption of SINE wave, PWM*, which smoothes the motor rotation, the operating performance is enhanced. And noise will be reduced.

With the COP improvement, withstanding strength against cutting the high voltage is enhanced.
The area of the heat exchanging is widened making efficiency improved. The coil structure with the property of the new type refrigerant, R407C was optimized and also the heat transfer efficiency is enhanced due to the developed tube with N-shape groove heat exchanger.
Non-azeotropy refrigerant is efficiently
controlled with high quality engineering.
With the property of non-azeotropy of new refrigerant, R407C, COP is greatly enhanced.
Efficiency graded-up by the Inverter driving.
Along with the efficient operation in the whole range of low speed to high speed, the more improvement is done especially in the low speed operation, compared with the conventional AC motor.
Maintains maximum COP by controlling optimum fan speed.
In accordance with the speed of the ccompressor and the temperature conditions, the speed of the outdoor unit fan is also controlled so that high COP can be performed.
Smooth air flow mechanism reduces load for fan operation.
Improves COP by reducing power consumption for fan operation while maintaining the large airflow rate.
Achieves 20% Energy savings and comfort creation.
The Predicted Mean Vote function works in auto mode. This feature considers factors such as the outdoor temperature and levels of radiant heat and then automatically adjusts the room temperature. This can help recognise energy-savings of up to 20%.

Converter-control reduces the number of switching operations to minimize power loss and thereby save energy. When the outdoor temperature is low, motor voltage control function forces the ccompressor motor to run at high speeds to produce powerful heating performance.