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Fern Green Eco Products Ltd
Renewable Energy Centre,
Rocklands, Carnew Road,
Ferns
Wexford

E: info@ferngreen.ie
Tel: (053) 9367569
Fax: (053) 9366923
Web: www.ferngreen.ie

Opening Hours:
Mon – Fri 9.00am – 5.00pm
Saturday & Sunday and after hours by appointment only

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Air to Water Heat Pumps PDF Print E-mail

Sofath® : Natural Heating - Geothermal Energy - Renewable Energy - Heat Pump - Thermodynamics - Buried loops - Reversible - Heating - Air conditioning - Renewable energy
Sofath® : Natural Heating - Geothermal Energy - Renewable Energy - Heat Pump - Thermodynamics - Buried loops - Reversible - Heating - Air conditioning - Renewable energy

• Aerothermal heating: releasing the energy in the air!

The outside air is a free and inexhaustible source of energy, even when at low temperatures in winter. Aerothermal heating is a means of capturing this free energy in the air and transforming it into useable heat for the home by means of a heat pump.

 

• An aerothermal heating system comprises air collectors outside the house, a heating circuit inside the house (underfloor heating, radiators, fan coils), and a heat pump linking the two circuits.

 

Our range of Air Source heat pumps :

Sofath® : Natural Heating - Geothermal Energy - Renewable Energy - Heat Pump - Thermodynamics - Buried loops - Reversible - Heating - Air conditioning - Renewable energy  

Sofath® : Natural Heating - Geothermal Energy - Renewable Energy - Heat Pump - Thermodynamics - Buried loops - Reversible - Heating - Air conditioning - Renewable energy
Sofath® : Natural Heating - Geothermal Energy - Renewable Energy - Heat Pump - Thermodynamics - Buried loops - Reversible - Heating - Air conditioning - Renewable energy


Air Source Heat Pumps: Atmos, the air/water heat pump
• Atmos, Sofath®'s air/water solution, can be installed anywhere, regardless of plot constraints. This system captures the energy present in the outside air and can operate in temperatures as low as -15°C.

• Heat is transferred by the refrigerant circulating in the air collector installed outside the house (either wall-mounted or floor standing) and a hydraulic distribution circuit inside the house

• Heat is taken from outside air via a battery, inside which the refrigerant circulates.

• Useable heat is transmitted inside the house by means of a hydraulic distribution system: underfloor heating, network of radiators (maximum temperature: 47°C), or any other system that uses water as a mean of conducting heat.

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