Heat pumps - Geothermal System - Ground source heating 3D animationImage principale : Airpac presents our ground source heat pump solution, Sirius, in a real world situation. 1.Horizontal ground loop: The heat is directly extracted from the ground using a closed ground loop system. This solution requires a lot approximately twice as large as the area to be heated. The horizontal loops containing the refrigerant are buried approximately 80 to 120 cm deep and capture heat from the ground. The loops are connected to the geothermal heat pump, which gives the heat back in your home via an underfloor heating system, fan coil units, or low temperature radiators. Vertical ground loop: Here, the heat is extracted from the ground via a closed loop system or from an aquifer. A vertical system requires at least one and sometimes more bore holes, but does not required a large lot. The vertical loops containing a refrigerant are placed 60 to 100 metres deep in one or more bore holes and capture heat from the ground. The loops are connected to the geothermal heat pump, which gives the heat back in your home via an underfloor heating system, fan coil units, or low temperature radiators. 2.The brine/water heat pump inside the house is equipped with a heat exchanger that collects the heat from the underground system. The heat pump compressor multiplies the energy captured, offering coefficients of performance (COP) of more than 4. This unit supplies heat to the entire home via the underfloor heating manifold or the radiator system. You'll have no trouble including this equipment in your home. 3.The underfloor heating system is invisible and creates an appreciable gain in living space. Underfloor radiant heating provides optimal thermal comfort, since the heat is evenly distributed in the room. It is possible to lower the temperature by 2 or 3 degrees without sacrificing comfort, resulting in appreciable savings on your heating bill. Unlike forced-air systems, radiant floor heating doesn’t stir up dust and allergens, so it’s better for your health. Today’s modern systems are perfectly controlled to operate at low temperature and do not cause swollen ankles. Underfloor cooling One of the main benefits of underfloor cooling is that it is invisible. Another advantage is the appreciable gain in living space. Underfloor cooling provides optimal thermal comfort, since the coolness is evenly distributed in the room. 4.An air source heat pump can be connected to an existing low temperature radiator system. This is the perfect solution for partial upgrades or when you are replacing your boiler or want to use it only as an auxiliary heat source. The heat emitters must be sized correctly to achieve maximum comfort. 5.Fan coil units are also compatible with an air source heat pump. Fan coil systems consist of a fan and a coil containing hot water (for heating) or cold water (for cooling) in the case of a reverse cycle system When air is blown onto the exchanger, the heating or cooling power is greatly increased. Fan coils are quiet systems that provide both comfort and performance. The built-in filters eliminate dust and allergens.   PLAN DU SITE AIRPACTITRE : Intégration des solutions géothermiques Airpac dans une maison en 3DDESCRIPTION : Animation intéractive d'une maison en 3D - Explication en 3D d'une installation en géothermie - Les pompes à chaleur - Géothermie LANGUE : 2 - en LANGUE PHP : 2 - en CONTENU : 7 - 2 - 0 HTML : geothermie-maison-3d-html.php
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