Pilot Sites
We will provide demonstration in 2 new buildings and 2 renovation residential buildings in Finland, Austria, Italy and 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.
FINLAND
Partners: Caverion, VTT- ERP and Building Automations
- NEANEX App to connect with the ERP
- VCMP Suite for IDDS design and construction
- BIMbots in the BIM Server
- HTML App from VTT will help in IDSS VRM IoT App
TECHNICAL DESCRIPTION
- The pilot will run in parallel with actual HVAC renovation or energy upgrade
- The actual site will be selected from a typical block of flats that are built in 1970’s or 80’ among the buildings that are connected with Caverion 24/7 monitoring system.
- Those buildings are typically made from concrete elements, connected with district heating system and they include basic level of technics only.
- Flat Size: 30 m² or more
OBJECTIVES
- Promote new BIM based methodologies to control energy consumption as well as indoor climate in existing residential building.
- Economic evaluation energy cost reduction. Special focus is in the ESCO type of projects.
- Demonstrate simplified information collection from existing residential building and use that information as input for BIM.
- Enable BIM based energy analysis for residential renovation projects.
- To combine BIM with ERP system and especially with SAP to provide useful BIM connected data for the whole lifecycle of the building.
AUSTRIAPartners: Cree by Rhomberg
- Focus on extensive use of Sustainablity
- Decision Support Tool Development
- VRM IoT / NEANEX App
- Cloud BEMS
- HTM Adoption
- SIL Smart Tendering
DESCRIPTION
- New residential building in refabricated timber-hybrid construction
- High-quality in terms of energy standard
- Fully networked building with one central control hub Aladin
- Short construction time
- 1.300 m² living area. 5 floors. 18 flats.
OBJECTIVES
- 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.
ITALYPartners: DE5
- Multidwelling retrofitting
- H&C and Renewables use case
- Advanced use of BIM
- BIMBots
- VRM IoT / NEANEX App
- Cloud BEMS
- Smart Tendering for retrofitting
DESCRIPTION
- The demo site is located in Vasto (Abruzzo region) is under construction.
- A residential building with 2 underground floors and and 4 above ground floors.
- The actual single housing block contains 11 apartments and 20 garages. The future housing block after the refurbishment operation will contain 17 apartments and 18 garages.
- The dwelling is made of a reinforced concrete frame with reinforced concrete and hollow titles mixed floor.
OBJECTIVES
- Promote new BIM based methodologies.
- Reduce construction time and costs of at least 15% compared to current situation
- Improve integration of the design, manufacturing, construction and maintenance operations in every stage of the buildings’ lifecycle.
- Control and reduce of the gap between predicted and real energy consumption in a residential building
NetherlandsPartners: TNO
- NEANEX App
- Block Chain App to sign Smart Contracts
- BIMBots
- Cloud EIRs
- HVAC, Roof, floor & façade elements
- Ekodenge App for KPIs
- VCMP VRM IoT
- Enerit BEMS
- Big Data Analytics Algorithms
DESCRIPTION
- 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 envelop.
- 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.
OBJECTIVES
- 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.