We will provide demonstrations in 2 new buildings and 2 renovation residential buildings in Finland, Austria, Italy, and the Netherlands.

By integrating the platform into the operations of SME contractors, large construction firms, and end-users, we will be able to accurately evaluate performance, obtain real-time feedback, and powerful exploitation.



  • Energy upgrade to Energy Class A (< 100 kWh/m2).
  • Building Automation upgrade with smart sensors.
  • HTM from VTT for optimal occupant thermal conditions.


  • The actual site is a large factory building in Joensuu region in Eastern Finland, including factory and office spaces.
  •  The pilot runs in parallel Building automation system (BAS) upgrade with HVAC renovation and energy upgrade with saving measures.
  •  Buildings are connected with Caverion’s 24/7 monitoring system.
  •  Scale for pilot is about 29 000 m2 in gross floor area and 145 000 m3 in volume.


  • Promote new BIM-based methodologies to control energy consumption as well as the indoor climate in buildings.
  •  Economic evaluation energy cost reduction.
  •  Demonstrate simplified information collection from existing buildings and use that information as input for BIM.
  •  Enable BIM-based energy analysis.
  •  To test providing optimal work conditions with HTM service from VTT connected to pilot data.



  • Focus on extensive use of sustainability.
  • Decision support tool development.
  • NEANEX App.
  • Cloud BEMS.
  • HTM adoption.
  • SIL smart tendering.


  • New commercial building in prefabricated timber-hybrid construction.
  • High-quality in terms of energy standard.
  • Fully networked building.
  • Short construction time.
  • Flexible-layout office building.
  • GFA: 5.390 m2
  • 4 above-ground levels and 3 basement levels.


  • A systematic approach in construction to achieve faster, easier, and more efficient results.
  • Modular technology, with standard procedure and cost-efficient prefabrication methods.
  • Systemized building components build the basis for BIM-based methodologies.
  • Systematic and integrated planning, lean coordination structures, the consideration of lifecycles and connected devices.
  • Sustainable building with a reduced carbon footprint compared to conventional building techniques.



  • Multi-dwelling retrofitting.
  • H&C and renewables use case.
  • Advanced use of BIM.
  • BIMBots.
  • Cloud BEMS.
  • Smart tendering for retrofitting.


  • The demo site is located in San Salvo (Abruzzo region) is under renovation.
  • A residential building enlarged from 2 floors to 3 floors.
  • The future housing block after the refurbishment four 60m2 apartaments and a ground floor 120m2 office.
  • Installation of HVAC system which is a combination of radiant floor heated by hot water from a gas boiler, plus a separate Multisplit electric heat pump system for the office and for each flat.


  • Promote new BIM-based methodologies.
  • Improve integration of the design, manufacturing, construction, and maintenance operations in every stage of the buildings’ lifecycle.
  • Control and reduce the gap between predicted and real energy consumption in a residential building
  • Thermal energy estimation in HVAC, and trigger a predictive maintenance alarm if this consumption is abnormal



  • NEANEX App.
  • BlockChain App to sign smart contracts.
  • BIMBots.
  • Cloud EIRs.
  • HVAC, Roof, floor & façade elements.
  • Ekodenge App for KPIs.
  • Enerit BEMS.
  • Big data analytics algorithms.


  • Energy neutral new row dwelling, including the energy used by household appliances.
  • HVAC: heat pump, heat recovery ventilation system, PV system.
  • Insulation: very high due to a very airtight building envelope.
  • The actual site will be a new housing project in the Netherlands.
  • The dwelling will be built with concrete elements and prefabricated installations, roof, and façade.
  • Smart tendering of prefabricated modular building and installation systems directly to manufacturers, reducing costs and construction time by 15% as well as construction mistakes.
  • Economic evaluation energy cost reduction. Special focus is on performance guarantee.
  • Realizing BIMBOTS facilitating modular construction elements.
  • Validating self-learning BIMBOTS for energy demand prediction, IEQ analyses.