The Reluctance DC ccompressor motor is significantly more efficient than conventional AC and DC motors. Its advanced design improves low-capacity operation by more than 20%. The DC fan motor also allows finer rotation control, significantly reducing energy consumption.
The Swing ccompressor decreases friction and vibration and also prevents the leakage of refrigerant gas during compression. This gives much quieter and more efficient operation. Energy efficiency is increased by reducing operational friction and refrigerant gas leakage while minimizing noise levels.
Energy efficiency is improved through a reluctance DC ccompressor motor with powerful Neodymium magnets that are approximately 10 times stronger than ferrite magnets. A DC motor with fine rotational control is used as the fan motor to further reduce energy consumption.
Pulse Amplitude Modulation (PAM) control reduces energy loss by controlling how often the converter switches on and off.
Inverter Power Control maximises capacity to quickly reach the set temperature and minimises the power required to maintain the set temperature. Daikin Inverter Power Control reduces power consumption by approximately 30% compared to non-inverter air conditioners.
Daikin Inverter Power Control uses its full capacity at startup to quickly reach the set temperature and cool the room faster.
As soon as Inverter Power Control reaches the set temperature, it finely adjusts capacity to eliminate temperature fluctuations and offer greater comfort.
Inverter air conditioners are able to vary their operating capacity.Non-inverter air conditioners can only operate at a fixed capacity.
All models, from the 2.5 to 7.1 kW class, are equipped with Intelligent eye.
This function limits both the maximum running current and maximum power consumption to 70% of those during normal operation. It is particularly effective if the cooling/heating load is high, for example, at start up or during large gatherings and periods of direct sunshine. At the same time, it maintains maximum capacity at 80% of normal, giving improved operating efficiency, although it may take slightly longer to reach the set temperature.
Econo mode is also useful for preventing circuit breakers from being overloaded during temporary peaks in the running current. The function is easily activated from the remote controller by pushing the ECONO button.