Aerothermal heat pumps extract free thermal energy present in ambient outdoor air—even in freezing Himalayan temperatures—and amplify it to produce high-grade heating with up to 75% less electricity than conventional systems.
Outside air is drawn over the evaporator coil where eco-friendly refrigerant evaporates at sub-zero temperatures, absorbing natural latent heat present in the atmosphere—active even down to -25°C.
The vaporized refrigerant enters the DC inverter compressor. As it is pressurized, its temperature increases dramatically, transforming low-grade ambient heat into high-temperature thermal energy (up to 75°C).
The superheated refrigerant flows through a high-efficiency plate condenser, transferring its intense heat directly into your home's water circuit for domestic hot water, underfloor hydronics, or radiators.
In the quest for the perfect indoor environment, we often focus on factors like temperature and air quality, but there's another vital aspect that's often overlooked: humidity.
As pool owners, we cherish the joy of a refreshing dip on a hot summer day. However, maintaining the perfect pool temperature often comes at a cost, both in terms of energy bills and environmental impact.
In an era where the world's collective focus is shifting towards sustainability and eco-consciousness
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