Verwarmen

These technologies are based on an algorithm that can be developed thanks to the use of TRIAC, which allows the energy required to reach the comfort temperature to be managed by software.

In the graph that you can see of each technology, you will be able to see how during its hours of consumption, thousands of micro cuts are generated, that the sum of these, is the result of the not consumed part, of the nominal power of the product.

There is no “formula”, but it is a sum of the algorithm, software and hardware, in order to obtain such a high percentage of energy efficiency in our products.

I hope it will help you to explain it and get rid of doubts. If you need to extend something else, please do not hesitate to tell me.

It is one thing for a country’s own energy-efficiency legislation or regulation, but it is another thing for the energy efficiency of our products.

There are no country-specific energy regulations for electric heating, nor is there an energy classification like for heat pumps or boilers. They are considered low efficiency heating systems because the source of energy generation (electricity), mostly comes from dirty production systems (coal-fired power stations, thermal power stations, etc).

It is assumed that from this year onwards, regulations in Europe will change and improve the “classification” they give to oil-filled electric heating systems.

But for the energy regulations, 70%-80% of the efficiency comes from the heat losses that are obtained from the quality of the insulation of the house envelopes (floors, ceilings, walls, partitions, windows, doors, etc), and only about 20%, depends on the house installations, including the heating systems that take most of that 20%.

On the other hand, our products incorporate, as you know, energy saving technologies, Optimizer Energy Plus and Fuzzy Logic Energy Control. These technologies are guaranteed by external laboratories, where they certify that what we say is true.

The Optimizer Energy Control Plus technology (Sygma Range), we obtain a saving with respect to the nominal power, of a 60% (only a 40% of consumption).

And on the other hand, the Fuzzy Logic Energy Control technology (D Series), we obtain a 62% saving and we can obtain up to 6% more, thanks to the seasonality coefficient (only in the D Series), with which we obtain almost 70% of energy saving with respect to its nominal power.

I attach a link to the website where it explains in more detail these technologies for your client needs a more complete explanation.

https://rointe.com/uk/why-choose-rointe/rointe-technologies/

https://rointe.com/uk/why-choose-rointe/energy-saving-functions/