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WHITEPAPER | FUNZIONAMENTO, INCENTIVI E BENEFICI

Guida alle CER e alla condivisione dell'energia

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APPROFONDIMENTO | NUOVO DECRETO

Energy Release per le imprese energivore

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HVAC systems optimization 

Data and artificial intelligence to reduce consumption levels and CO2 emissions. 

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HVAC systems optimization 

Data and artificial intelligence to reduce consumption levels and CO2 emissions. 

CONTACT US
Hero_slide_0

HVAC systems optimization 

Data and artificial intelligence to reduce consumption levels and CO2 emissions. 

CONTACT US
Hero_slide_0

Digital technology for smarter and more efficient buildings 

Experience in plant management and maintenance and the development of innovative digital know-how were key factors enabling Edison NEXT to successfully help a leading international player in the automotive sector on a project to reduce energy consumption levels and CO2 emissions of heating, ventilation and air conditioning systems in a large industrial shed. 

HVAC
20 GWh/year
electricity consumption
70.000 m2
total surface area of industrial building 
50
air handiling units, flow diverters and destrifiers managed

The customer 

Edison NEXT led one of the biggest production facilities in Italy belonging to a leading international player in the automotive sector facing the challenge of economic and environmental sustainability in its ecological transition journey. 

The requirement 

Reduction of energy spending and CO2 emissions by the heating, ventilation and air conditioning (HVAC) systems in a large industrial shed without modifying existing plants but guaranteeing constant comfort and suitable temperatures in the workplace. 

Reduction of consumption
Reduce the energy consumption and CO2 emissions of the HVAC system
Comfort
Guarantee comfort and suitable temperatures
Efficiency
Boost system efficiency without modifying existing plants

The solution 

After thorough analysis carried out alongside the customer, Edison NEXT designed and implemented a digital monitoring and dynamic control system for the building’s HVAC plants. The solution involved the installation of sensors and actuators on the plants, software for displaying and handling data and the use of machine learning algorithms for adaptative and predictive regulation. 

Results 

Thanks to the technologies deployed, we obtained appreciable savings in thermal and electric energy and guaranteed round the clock remote control using the Internet of Things and Artificial Intelligence. 

36%
saving on thermal energy
6%
saving on electric energy
24h/24
Remote control with IoT and AI