Aquatherma-TD is an air-to-water heat pump designed to produce large volumes of domestic hot water (DHW) and provide heating.
Its technology incorporates thermodynamic panels that capture both solar radiation and ambient energy, helping to boost system performance and optimize thermal energy production.
With Aquatherma-TD, you can simultaneously obtain domestic hot water and heating using thermodynamic technology.
Anti-corrosive titanium heat exchanger, scroll compressor, high-efficiency piston, electronic expansion valve, etc.
You can make your thermodynamic heat pump much more efficient with solar photovoltaic energy.
Aquatherma TD-HT (up to 65°C), Aquatherma TD-EVI (Climates down to -15°C), and Aquatherma TD-POOL (Swimming pools).
Unlike conventional photovoltaic or solar thermal panels, thermodynamic panels do not require direct and constant exposure to the sun to operate. Their technology makes it possible to harness both solar radiation and the thermal energy available in the ambient air, thereby broadening the range of conditions under which the system can capture energy.
Made from roll-bond aluminium and weighing just 6.2 kg, the thermodynamic panel stands out for its lightness and versatility, making it easy to install in a variety of locations and configurations.
Certificate:
Solar Keymark
This solution is designed for installations with high demands for domestic hot water (DHW) and heating, offering efficiency, versatility, and adaptability to varying demand profiles.
Aquatherma-TD is designed for projects of various scales, adapting to the thermal requirements of each installation and helping to reduce reliance on conventional energy sources through the use of renewable energy.
Thermodynamic energy is particularly suitable for residential buildings, hotels, hospitals, gyms, and other facilities with high demand for Domestic Hot Water (DHW) and heating.
Thermal power*
32,30 kW
Compressor power consumed*
8,10 kW
COP*
3,98
Current absorbed
13,20 A
Minimum water flow rate in the condenser
1,54 Litres
Refrigerant gas
R454c
* Average thermodynamic operating conditions; Air Temp. 7°C and Water Temp. 55°C.
* Estimated data for an irradiance of 300 W/m²
Heat pump dimensions (AxBxC)*
1045 x 1000 x 600 mm
Thermodynamic panel dimensions (AxBxC)*
1700 x 25 x 800 mm
Thermodynamic panel weight*
6,2 Kg
Hydraulic connections (Inlet/outlet)
1 1/4 Inches
Thermodynamic panels
24
Collecting surface
65,28 m²
* A= Height / B = Depth / C= Width
Aquatherma-TD is an air-to-water heat pump designed to produce large volumes of domestic hot water (DHW) and provide heating.
Its technology incorporates thermodynamic panels that capture both solar radiation and ambient energy, helping to boost system performance and optimize thermal energy production.
With Aquatherma-TD, you can simultaneously obtain domestic hot water and heating using thermodynamic technology.
Anti-corrosive titanium heat exchanger, scroll compressor, high-efficiency piston, electronic expansion valve, etc.
Aquatherma TD-HT (up to 65°C), Aquatherma TD-EVI (Climates down to -15°C), and Aquatherma TD-POOL (Swimming pools).
You can make your thermodynamic heat pump much more efficient with solar photovoltaic energy.
Unlike conventional photovoltaic or solar thermal panels, thermodynamic panels do not require direct and constant exposure to the sun to operate. Their technology makes it possible to harness both solar radiation and the thermal energy available in the ambient air, thereby broadening the range of conditions under which the system can capture energy.
Made from roll-bond aluminium and weighing just 6.2 kg, the thermodynamic panel stands out for its lightness and versatility, making it easy to install in a variety of locations and configurations.
Certificate:
Solar Keymark
This solution is designed for installations with high demands for domestic hot water (DHW) and heating, offering efficiency, versatility, and adaptability to varying demand profiles.
Aquatherma-TD is designed for projects of various scales, adapting to the thermal requirements of each installation and helping to reduce reliance on conventional energy sources through the use of renewable energy.
Thermodynamic energy is particularly suitable for residential buildings, hotels, hospitals, gyms, and other facilities with high demand for Domestic Hot Water (DHW) and heating.
Newsletter
Subscribe to our email newsletter to get useful tips and all the latest news.
USEFUL LINKS
DISCOVER Efitherma
CONTACT
NEWSLETTER
Subscribe to our email newsletter to get useful tips and all the latest news.
© EFICIENCIA FUTURO INGENIERIA SL - ALL RIGHTS RESERVED
