Η αντλία θερμότητας HYHC-V8W/D2N8-B της εταιρείας Hyundai, έχει ισχύ 8.4 kW και μπορεί να καλύψει τις ανάγκες μιας κατοικίας έως 84 m². Είναι μία συσκευή η οποία έχει την ικανότητα να αντλεί υπάρχουσα ενέργεια από έναν εξωτερικό χώρο και να την μεταφέρει σε έναν άλλο εσωτερικό, προσφέροντας θέρμανση και ψύξη. Για να θερμάνει τον χώρο η αντλία θερμότητας, αντλεί θερμότητα από το περιβάλλον και την διοχετεύει στο εσωτερικό της κατοικίας προκειμένου να αυξήσει τη θερμότητα του εσωτερικού χώρου. Αντίθετα για να ψύξει τον χώρο, αντλεί θερμότητα από το εσωτερικό της κατοικίας και την αποβάλει στο περιβάλλον, δροσίζοντας σταδιακά τον χώρο.
It can be connected to a single-phase or three-phase supply, consuming a small percentage of electricity from the grid, drawing the rest of the energy from the environment. This results in saving energy and money, since there is no longer a need to buy oil or wood. The use of electricity is only required at the heat extraction stage, and not at the heat transfer stage. The ratio of the energy required for the operation of the pump corresponds to approximately ¾ from the environment and ¼ from the electric current. This means, for example, that for every 3 kWh it draws from the environment, combined with 1 kWh of electricity required for its operation, we have a total of 4 kWh of useful thermal energy.
The technology it uses is air-water, that is, it uses air as a heat source and water as a transport medium. It heats or cools the water, which is then channeled inside the house.
The system is monoblock, which means that all its individual components (such as the compressor, the heat exchanger, the fans, etc.) are integrated in one unit, which is placed outdoors. This gives you ease of installation and direct connection to the water system.
It is considered medium-temperature, as the water temperature of the system can reach up to 65 degrees Celsius, and it can be combined and be equally efficient with both underfloor heating and fan coils.
Finally, in any case, the proposal for which is the most suitable heat pump based on the needs, is made by an experienced engineer. After a study, it will recommend the appropriate pump that will offer maximum performance with the lowest annual operating costs. If you choose a heat pump with more power than the building in which it will be installed, in addition to the higher initial cost to purchase it, we force it into continuous restarts, as a result of which the pump is stressed and its operating costs increase.

• Ονομαστική Θερμική Ισχύς (7ºC – 35ºC): 8.4kW
• Maximum Water Temperature: 65°C
• Technology: Air - Water
• System Type: Monoblock
• Cooling