Precise Temperature Control

Panasonic's INVERTER reduces power consumption by varying the speed of the compressor according to
temperature changes with the aim of minimising the temperature fluctuations so you can enjoy consistent cooling comfort.

INVERTER

Precise Temperature Control

Panasonic's INVERTER reduces power consumption by varying the speed of the compressor according to temperature changes with the aim of minimising
the temperature fluctuations
so you can enjoy consistent cooling comfort.

THE "BRAIN" OF THE INVERTER

Micro computer determines the most suitable operation mode as time passes and automatically adjusts output power for maximum comfort always.

P-TECH – THE POWER BEHIND FAST COOLING

P-TECh enables the compressor to achieve maximum frequency in the shortest time from start up, giving you powerful cooling the moment the air conditioner is switched on.

Quick Cooling & Constant Comfort

PAM (Pulse Amplitude Modulation) increases the power output to accelerate compressor speed at start up to Modulation) deliver powerful cool air. Once the set temperature is reached, PWM (Pulse Width Modulated Wave) controls the compressor speed to maintain the set temperature for comfortable ambiance without wasting energy.

Quick Cooling & Constant Comfort

PAM (Pulse Amplitude Modulation)

Increases compressor voltage rapidly, to provide powerful  cooling to reach the set temperature fast at start up, just like turbo charging a car. 

PAM (Pulse Amplitude Modulation)

PWM (Pulse Width Modulated Wave)

Stabilises the compressor rotation speed when maintaining the set temperature, like putting a car on cruise control.

PWM (Pulse Width Modulated Wave)

Energy Saving with Inverter

Panasonic Inverter air conditioners give you exceptional energy saving performance while ensuring you stay comfortable at all times. Inverter prevents wasteful energy consumption by varying the compressor rotation speed to maintain the set temperature.

Energy Saving with Inverter
Energy Saving with Inverter

Sustainable Refrigerant

The commonly used refrigerants in air conditioning system contribute greatly to greenhouse gas emissions and ozone depletion, consequently putting our environment at stake.

Sustainable Refrigerant
Sustainable Refrigerant

Higher cooling capacity which increases heat transfer efficiency. 

 

Sustainable Refrigerant

Consumes less energy, helping you to save on electricity costs. 

 

Sustainable Refrigerant

Zero impact on the ozone layer, thus it’s friendlier to the environment.