Innovative heating/cooling system with air-air/air-water heat pumps
high energy-saving potential through a combined system of a directly heated hot-air-system and heat pump technology
basic heat supply through optimize heat pump
peak heat loads through directly heated hot-air-system with condensing boiler technology
heat pump technology enables proportionate cooling in the summer
adaptive cooling power through power-regulated Inverter technology
integrated filter unit
maximized comfort for every season of the year
Heat pump priciple
Through the use of the heat pump technology and the new NLA-WP, you can now heat your building in the winter an cool it during the summer. But how exactly does this heat pump work and what material is used for its production?
Funtionality: Heating
1. The coolant (e.g. R410A) in the WP-interconnected-system absorbs a certain amount of heat from the environment when air passes through the heat exchanger (evaporator unit, outside the building). The temperature of the heat carrier rises slightly (around +5°C).
2. With the help of the compressor, the gas gets compressed and the temperature increases by approximately 45°C (heat pump effect).
3. Transport of the coolant to the heat exchanger (inside the device, insider the bulding) and delivery to the air in the building that needs to be heated. The temperature drops to around 25°C.
4. Expansion outlet: the gas returns to ist original state (relaxation oft he gas).
Functionality: Cooling
By reversing the process described above, the heat pump cicle can be used as a cooling device during the summer.