Mitsubishi Electric Ecodan reversible heat pumps with R32 refrigerant: the best friends of the environment

Mitsubishi Electric introduces a new addition to the Ecodan heat pump family: PUZ-SWMreversible in R32, the high-tech, energy-saving eco-friendly choice.
For more than 6 years, R32 refrigerant has been used on Mitsubishi Electric's residential air conditioners, and now, to complete its range, the Japanese company has extended the use of the "environmentally friendly" refrigerant to its new reversible heat pumps as well, thus fulfilling its promise of an increasingly environmentally sustainable life on the planet.
Now rightfully among the green systems in common use, heat pumps provide cooling, heating and domestic hot water production by harnessing natural resources and transforming them into clean energy. Since they are devices that employ the electric carrier, they do not generate any emissions compared to traditional heating solutions.
Thanks to the R32 refrigerant with which they are equipped, reversible PUZ-SWMs have a GWP (global warming potential) of one-third that of R410A, thus reducing environmental impact for an increasingly green tomorrow.
Particularly suitable for building upgrades, the Japanese company's new heat pumps provide the ultimate in power and performance without neglecting the aspect of energy consumption, which is increasingly reduced.
Available in four sizes (8, 10, 12, 14 kW), the new units can boast a single chassis for all sizes. In terms of performance, on the other hand, PUZ-SWM reversible ensure at the same time not only class A++ heating and cooling but also class A+ domestic hot water production.
Compact size, comfort, quietness (improved over previous versions) and functionality are guaranteed down to -25°C, and the flow water temperature of up to 60°C allows adaptation to any system configuration.
The system can be controlled both locally and remotely via the MelCloud platform: with a mobile device (smartphone, tablet...) the user is able to adjust temperature, control domestic hot water and monitor energy consumption.