D series
THE NEW ERA IN HOME AUTOMATION HEATING
Rointe D series with DELTA Ultimate technology is the result of years of research and development of our R&D, dedicated exclusively to achieving the world’s most advanced home automation system for heating and hot water.
The unique advanced Rointe D series with DELTA Ultimate technology with E-Life technology allows wireless control and direct management of your heating and hot water via WIFI, over the Internet.
The INSIDE WIFI module built into all products in the D series with DELTA Ultimate technology range allows control of all functions remotely through the Rointe Connect App application from your tablet or smartphone, without accessories or intermediate terminals.
In addition, exclusive electronic Extra Low Power micro-controllers XLP8 and XLP16 with Fuzzy Logic Energy Control ensure maximum thermal comfort with minimum energy consumption.
With the D series with DELTA Ultimate technology range you choose how to control your system.
FUZZY LOGIC ENERGY CONTROL
TECHNOLOGY FOR MAXIMUM ENERGY SAVING
Fuzzy Logic Energy Control is a new and significant development introduced by the Rointe R&D department that represents a considerable technological advance to heating and hot water products. The patented Fuzzy Logic Energy Control technology is a natural evolution from its predecessor Optimizer Energy Plus. It administers the product start up more quickly and efficiently thanks to a more precise control over the calculation of the power requirement required to reach the established temperature. This calculation is based on three fundamental values:



How does it work?
As we can see in the upper graph, from startup and throughout the heat rise curve, the Fuzzy Logic Energy Control predicts the quantity of power required in each moment until reaching the temperature established by the user which in this case is 21ºC. This technology proportionally reduces the electric power necessary to reach the desired temperature by softening the initial curve, reducing the temperature peaks and, thanks to the multiple stop-starts occurring during the stable period that follows, it favours a greater temperature stabilisation.





