Daikin Altherma Air-To-Water Heat Pump
Make Your Heating & Hot Water More Energy-Efficient Without Replacing Your Radiators
Save money on your energy bills and make your home more environmentally friendly with the Daikin Altherma Air To Water Heat Pump.
- What Is The Daikin Altherma Water Pump?
The Daikin Altherma is an air-to-water heat pump. Its compact design makes it easy to install, integrating into your existing radiator system with little disruption, making it ideal whether you’re doing a full renovation or just looking to replace your boiler with a more efficient choice. - What Is An Air To Water Heat Pump?
An air to water heat pump extracts heat from the air. This heat is then used to power your radiators, underfloor heating system and hot water. Giving you an energy-efficient heating solution for your home. - What Does The Daikin Altherma Do?
By utilising the heat already in the air the Daikin Altherma can cut your energy costs and make your home more environmentally friendly. Our solar panels are easy to install and make the most of the sun’s free and renewable energy, generating up to 70% of the power your hot water heat pump needs. Suitable for small or large homes the Daikin Altherma is the ideal energy-efficient hot water heat solution.
What Are The Benefits Of Air Source Heating?
Powered by up to 70% renewable energy extracted from the air, leaving only 35% electricity requirement.
Compact and easy to install.
Suitable for any sized home.
Make your heating more efficient without replacing your whole system.
A+ energy efficiency rated.
Combine your heat pump with solar support to increase your hot water energy savings.
Our Cascade Technology
Our cascade technology produces hot water using renewable energy to make heating your home cheaper and more environmentally friendly.
1. The outdoor unit extracts the heat from the air outside and transfers it to the indoor unit via the refrigerant circuit.
2. The indoor unit then increases the temperature of the refrigerant, using a unique double circuit.
3. The refrigerant circuit then transfers the heat to the water in the system, giving you energy efficient and high-temperature hot water.
