The hallmark of EOS³ suites is the dynamic control, through Energy Intelligence algorithms, of the systems, in order to achieve maximum energy savings compatible with the comfort maintenance. The savings obtained, which on average are over 30%, are certified with the “Energy Signature”, a methodology recognized by the UNI EN 15603 standard.
The typology of the plants that benefit from implementation is the most varied. Among the more than 60 sites managed, university campuses, condominiums, industrial complexes, offices, hospitals, schools, airports and theatres are included. This diversity is an indicator of the versatility of the platform. This adaptability is, of course, a significant strength of our products.
EOS³ is implemented on university campuses with the aim of making HVAC and lighting systems more efficient. EOS³ services offer additional functionalities, such as adapting the use of the systems, based on the academic calendar and the presence on the premises.
EOS³ solutions are particularly effective in blocks with central heating management. The goals are: making apartment buildings smart, rationalizing consumption and improving the internal comfort of individual flats, involving and sensitizing tenants for a virtuous management.
EOS³ solutions are particularly effective in blocks with central heating management. The goals are: making apartment buildings smart, rationalizing consumption and improving the internal comfort of individual flats, involving and sensitizing tenants for a virtuous management.
EURIX develops customized services for the efficiency of HVAC systems in the industrial sector. The prerogatives are to optimize the use of thermal waste and to favour the most effective systems in the production of heat. EOS³ allows an evolution in view of Industry 4.0.
The EOS³ products suite is designed with the aim of improving the thermo-hygrometric conditions at the workstations. Optimal comfort conditions result in increased productivity and greater well-being for workers.
The EOS³ products suite is designed with the aim of improving the thermo-hygrometric conditions at the workstations. Optimal comfort conditions result in increased productivity and greater well-being for workers.
Hospitals are among the most energy-intensive facilities in the civil sector. In such contexts, EOS³ is used both for the management of air conditioning systems and for the optimization of production plants, such as cogenerators and trigenerators.
EOS³ is adopted for school complexes characterized by limited infrastructure and centralized management. The control and regulation, according to the variable occupancy of the classrooms, allow to achieve significant results in terms of energy savings.
EOS³ is adopted for school complexes characterized by limited infrastructure and centralized management. The control and regulation, according to the variable occupancy of the classrooms, allow to achieve significant results in terms of energy savings.
The considerable variability in flows of people passing through these types of facilities requires intelligent management of air conditioning and air treatment systems. EOS³, programmed according to Machine Learning logic, is able to interpret these types of changes and, therefore, to regulate the systems in a predictive way.
EOS³ products are used for automatic control and smart remote management of temperature and humidity variables and air quality parameters in large enclosed spaces. The innovative EOS³ technology enables the correct comfort conditions to be achieved at the right time.
EOS³ products are used for automatic control and smart remote management of temperature and humidity variables and air quality parameters in large enclosed spaces. The innovative EOS³ technology enables the correct comfort conditions to be achieved at the right time.
