EA-SAS Building
EA-SAS Building Digital Twin is analysing and evaluating the building’s energy data in real-time. It includes AI algorithms which allow to minimize energy consumption for heating, hot water preparation, cooling, ventilation. Together with AI control, includes interface for third parties smart energy meter data collection, firefight control, etc.
During the implementation of the system, a detailed inventory of the building’s engineering systems is performed, and a mathematical model is created – the digital twin that fully describes the indoor microclimate and engineering systems.
By connecting to the online graphical user interface every minute, user of EA-SAS Building is able to see the operating modes of the systems and its CO₂ savings in real time. CO₂ savings can also be displayed on external devices (building monitors, etc.).
EA-SAS Digital Twin is dedicated for:
- Office buildings
- Shopping malls
- Schools
- Kindergartens
- Hospitals
Benefits:
- Demand peak shaving up to 20%
- Reduce energy production up to 5%
- Reduce district heating network losses up to 30%
- Reduce energy production costs up to 5% due to optimum production scheduling
- CO2 reduction up to 5%
Reference
“Vilnius City Municipality, together with Energy Advice, has joined the Intelligent Energy Lab initiative, which aims to create an open platform for the generation and implementation of intelligent energy ideas in Vilnius. Intelligent Energy lab has decided to increase the number of the Vilnius City Municipality’s Konstitucijos pr. 3 energy efficiency, using state-of-the-art digitisation techniques. Energy Advice, using the EA-SAS analytical system, scanned the smart metering meters and created the Konstitucijos Ave. A digital twin model of Building 3. The digital twin allowed the determination of reasonable and unreasonable consumption of heat, cold, electricity and water every working hour. The project has developed a reporting window in the EA-SAS software, which allows monitoring of energy consumption indices and rapid response by responsible staff. The project has identified an energy efficiency improvement potential of up to 30%. Services were delivered efficiently and to a high standard. We recommend working with Energy Advice UAB.”
