Wir heizen unser Haus mit einer Heliotherm Wärmepumpe und die nutzt die kostenlose Energie aus der Umwelt!

 

Papa, wieso müssen wir kein teures Heizöl kaufen?

Heliotherm air-source heat pump based on a split system
Heliotherm air-source heat pump













Air-to-water heat pumps harness the free energy from the surrounding air. The split-system air-to-water heat pump has an inside and an outside unit, which are connected by refrigerant pipes. The heat pump (inside unit) is installed in a heating room and the air evaporator (outside unit) outdoors.

 Air evaporator for outdoor use  

  Fig.1 Heliotherm
  air evaporator
The exceptionally quiet fan in the air evaporator draws in the surrounding air. A working fluid (refrigerant) circulates inside the evaporator and is able to evaporate even at extremely low outdoor temperatures (-15°C). The working fluid travels as a gas through the refrigerant pipes to the heat pump’s compressor, where it is pressurised and thus heated to a higher temperature. The working fluid gas then moves past the plate heat exchanger (heating loop) where it transfers its heat to the heating water (underfloor heating).
Split-system air-source heat pump
  Fig. 2 Heliotherm
  heat pump
Product sheet download on split-system air-source heat pumps










pdf Split-system air-source heat pump: product sheet download 324.53 Kb		 BENEFITS of Heliotherm’s split-system air-source heat pump:
  • Air is a source of heat that is available everywhere in unlimited amounts
  • The system is also suitable for refurbishments or small areas of land since the air evaporator requires very little space
  • Optimised fan technology and Heliotherm DSG housing enable the heat pump to run exceptionally quietly
  • No planning permission required.
  • The closed loop makes the system totally safe and completely maintenance-free
  •  No heat loss due to additional heat exchangers.
  • The Heliotherm web control® regulation system allows you to operate your heat pump online from anywhere in the world
» The Heliotherm outdoor evaporator is also available as a device to mount on the wall. 


TECHNICAL DATA:

  Heat Pump Model
  Heat Output 
  A2/W35*		   Power Input
  A2/W35 		   COP 
  (Performance Value)
  HP10L-WEB   9,90 kW   2,50 kW   3,96
  HP12L-WEB   12,20 kW    3,10 kW   3,93
  HP16L-WEB   14,80 kW   3,80 kW   3,89
  HP20L-WEB   20,70 kW   5,80 kW   3,56

  * Performance values according to EN255..
     Heating temperature difference at an operating point of 9.9 kelvin.
     System data must be calculated accurately to enable precise results

(You can find more technical details on the product sheet: "Split-system air-source heat pump".)

MODULATING VERSION:
 
  Heat Pump Model
  Heat Output
  Power Input
  COP where n = 25%
  (Performance Value)  
  HP12L-M-WEB   5 - 13 kW    1,3 - 5,5 kW   4,2 (bei A2/W35*)
  HP20L-M-WEB   6 - 18 kW   1,5 - 7 kW   4,2 (bei A2/W35*)

  * Performance values according to EN255..
     Heating temperature difference at an operating point of 9.9 kelvin.


------------------------------------------------------------------------------

 
[ Back ]