Regardless of which
energy generator you are operating:
Only our system solutions provide you with genuine efficiency and cost-effectiveness!
1.
Optimized room temperatures
and still a better indoor climate.
Heating.
Radiator.
The warm air rises, cools down, and falls back. This creates uncomfortable air movements (convection) and stirs up dust. The feet remain cool, the head feels "hot," and the air is dry.
Overall, the feeling is uncomfortable.
Inefficient 23°C air temperature.
Surface heating.
The large-area and uniform radiant heat from the floor and walls acts like sunlight and warms the body. Despite a low room air temperature of 20°C, it feels pleasantly warm.
Comfortable indoor climate in perfection.
Energy-saving 20°C air temperature.
Good to know:
1°C less air temperature = 6% less energy
Cooling.
Air conditioning system.
Cold air is directed into the room, causing the temperature to drop temporarily. However, this method does not cool down the heated walls. After turning off the air conditioning, the walls radiate heat again, and the cooling effect is lost.
Draught and noise reduce the quality of life.
High energy consumption is required for cooling.
Surface cooling.
Walls and ceilings are extensively cooled and transfer excess heat silently to the surface cooling system. The body's natural temperature regulation remains intact, creating a pleasant room climate. At an air temperature of 26°C, this feels like 20-22°C to a person.
Quiet and gentle — this is how healthy cooling works.
The indoor air can stay warmer to save energy.
2.
Efficient flow temperatures.
Two systems are supplied simultaneously with the same flow temperature and water quantity. The thermal imaging camera clearly shows the higher performance of the Euroval® floor heating system on the left. Additionally, the other systems from HAREITHER are more efficient due to their design and geometry, operating with significantly lower flow temperatures than all other solutions.
And that saves energy!
Why is flow temperature so important?
Because there's a big difference between heating the water to 60°C or just 28°C. Or achieving the perfect cooling effect with 16°C versus 18-20°C. The more you need to heat or to cool the water, the more energy you will require.
Good to know:
1°C less flow temerature = 3% less energy
More comfort. Less energy.
Our systems create an efficient and comfortable indoor climate in your home, whether in new buildings or renovations.
