Our heating has to be economical - in ENERGY CONSUMPTION and INVESTMENT...
In ENERGY CONSUMPTION 1. First of all, the basis for economical use is Multibeton modulation, whereby the heat is directed exactly to where it is needed. 2. The result of this is a low heating temperature. MB-modulation and low heating temperatures produce ideal radiation conditions. 3. We can see the result on the Kollmar temperature profile diagram. This shows clearly that as the height of a room increases the temperature declines slightly but continuously. The temperature introduced from below is slowly consumed on its way upward. As such, we can see that the temperature provided is ideal for personal use.	So where are the potential energy savings? 4. Fewer losses result from slight temperature differences between low heating temperatures and contact temperatures of outer walls, cracks and other ventilation-related openings. 5. Fewer losses result from lack of turbulence (turbulence due to different surface temperatures). 6. Fewer losses result because no useless and energy-rich heat buffer is created under the ceiling. 7. All occupants with MB heating perceive comfortable temperature 1-2° lower and run their heating more economically as a result. Experts confirm that a lowering of room temperature by 1° results in energy savings of approx. 6%.

These factors together mean heating is not provided somewhere and too much, but only specifically where you need heat! This saves energy and reduces your heating costs!

Our heating has to be economical - in ENERGY CONSUMPTION and INVESTMENT...

In ENERGY CONSUMPTION

1. First of all, the basis for economical use is Multibeton modulation, whereby the heat is directed exactly to where it is needed.

2. The result of this is a low heating temperature.
MB-modulation and low heating temperatures produce ideal radiation conditions.

3. We can see the result on the Kollmar temperature profile diagram. This shows clearly that as the height of a room increases the temperature declines slightly but continuously. The temperature introduced from below is slowly consumed on its way upward. As such, we can see that the temperature provided is ideal for personal use.

So where are the potential energy savings?

4. Fewer losses result from slight temperature differences between low heating temperatures and contact temperatures of outer walls, cracks and other ventilation-related openings.

5. Fewer losses result from lack of turbulence (turbulence due to different surface temperatures).

6. Fewer losses result because no useless and energy-rich heat buffer is created under the ceiling.

7. All occupants with MB heating perceive comfortable temperature 1-2° lower and run their heating more economically as a result. Experts confirm that a lowering of room temperature by 1° results in energy savings of approx. 6%.

These factors together mean heating is not provided somewhere and too much,
but only specifically where you need heat!
This saves energy and reduces your heating costs!

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