Aerothermal

Efficient and sustainable heating, cooling and hot water in one system

Aerothermal energy is a clean technology that uses the energy contained in the air to heat your home and generate domestic hot water (DHW). With a single unit, you can heat in winter, cool in summer and have hot water all year round, all with very low energy consumption and without local emissions.

We carry out an energy study adapted to your home (single-family, apartment or block) to design the system that best suits your needs and your lifestyle.

  • Economic savings
    Reduce your energy bill from day one. Aerothermics consumes up to 70% less than traditional systems.

 

  • Environmental sustainability
    Uses renewable energy from the air. A clean solution that generates no direct CO₂ emissions.

 

  • Energy independence
    Reduce your dependence on fossil fuels and forget about gas or oil hikes.

 

  • Added value to the property
    Installing aerothermal energy improves the energy certification of your home and increases its market value.

 

  • Amortization
    Recover the investment in a few years thanks to monthly savings in heating, cooling and hot water.

 

  • Resistance to energy inflation
    Avoid surprises on your bill. Control your consumption and protect it against energy market increases.

 

  • Storage
    Combine your aerothermal system with batteries or buffer tanks to make the most of the energy generated.

 

  • Monitoring and control
    Manage your system from your mobile and optimize its performance with domotic control and reports in

There are currently subsidies from the Next Generation Plan, as well as tax deductions for energy efficiency improvements. In addition, some autonomous communities offer renovation plans to change your old boiler for an aerothermal system. We help you with all the management of grants, procedures and legalization of the installation.

  1. AIR HEAT CAPTATION
    The outdoor unit of the aerothermal system extracts thermal energy from the ambient air, even at sub-zero temperatures, thanks to the use of a high-efficiency heat pump.

     

  2. ENERGY TRANSFER
    The captured heat is transferred to an internal circuit through a heat exchanger, using a state-changing refrigerant to maximize thermal efficiency.

     

  3. ENERGY DISTRIBUTION
    The thermal energy generated is distributed throughout the house by means of different emitting systems: underfloor heating, low temperature radiators or fan coils (fan coils), depending on the chosen installation.

     

  4. SANITARY HOT WATER PRODUCTION (DHW)
    The system also heats an accumulation tank to provide domestic hot water throughout the day, without the need for additional systems.

     

  5. INTELLIGENT CONTROL
    A programmable thermostat or home automation system automatically regulates the temperature of each room, optimizing energy consumption and improving comfort.

     

  6. INTEGRATION WITH SOLAR ENERGY (OPTIONAL)
    For an even more efficient and sustainable system, it can be integrated with solar photovoltaic panels to power the heat pump, further reducing electricity consumption from the grid.

     

  7. MONITORING AND MAINTENANCE
    The system allows real-time monitoring of its performance through mobile apps, smart alerts and consumption statistics, also facilitating preventive maintenance.

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