The Inverter technology it features initially makes the air conditioner operate at maximum capacity until the set temperature is reached, and then it operates minimally and continuously, maintaining a stable temperature level in the space. This makes it more efficient combined with low consumption.

It uses the eco-friendly refrigerant R32, which is environmentally friendly and has 68% lower global warming potential compared to R410A. Additionally, R32 can deliver the same thermal power as R410A with 30% less refrigerant, meaning less refrigerant is required per unit. As a result, total carbon dioxide emissions can be reduced by approximately 75%. Another advantage is that R32 is not a mixture but a homogeneous fluid and can be more easily recycled and reused.

Ideally, the indoor unit of the air conditioner should be installed at a height of approximately 2 meters, so that the air in the space is distributed evenly, but also placed in such a position that the conditioned air does not fall directly on you.

Additionally, the outdoor unit should be placed in a location that provides easy access for maintenance, but also at a close distance from the indoor unit, which should not exceed 15 meters. The installation positions of the units determine the route and length of the refrigerant pipes, which ideally should be shorter than 8 meters, so that the performance of the air conditioner is not affected.

Maintenance of both the indoor and outdoor units should be carried out once a year by a specialized technician. This way, existing damages can be addressed or new ones can be prevented. In addition to regular maintenance by a specialized technician, frequent cleaning of the filters and fins of the indoor unit from dust is also recommended, as it gradually affects the effectiveness of the air conditioner.

The air conditioner belongs to energy class A++ for cooling and energy class A+ for heating (average zone). The energy class is measured on a seven-level color scale from A+++ to D, with class A+++ being the most efficient, while class D is the least efficient.

Additionally, there are the SEER and SCOP indicators, which more realistically depict the actual energy efficiency of air conditioners.

• SEER (Seasonal Energy Efficiency Ratio) is representative for the entire cooling season. It is defined as the ratio of the annual required cooling to the annual electricity consumption (the annual cooling consumption is based on 350 hours of operation). Indicatively, for an air conditioner of class A and above, the SEER indicator is from 5.10w/w units and above.
• SCOP (Seasonal Coefficient of Performance) is representative for the entire heating season. It is defined as the ratio of the annual required heating to the annual electricity consumption (the annual heating consumption is based on 1400 hours of operation). Indicatively, for an air conditioner of class A and above, the SCOP indicator is from 3.40w/w units and above.