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eLibrary >
PD CEN/TR 18077:2024 Building information modelling. Digital twins applied to the built environment. Use cases >
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PD CEN/TR 18077:2024 Building information modelling. Digital twins applied to the built environment. Use cases, 2024
- undefined
- 1 Scope
- 2 Normative references
- 3 Terms and definitions
- 4 Abbreviations
- 5 Objective
- 6 Methodology [Go to Page]
- 6.1 Introduction
- 6.2 Table of compiled case studies
- 7 Conclusions
- Annex A (informative)Case study template
- Annex B (informative)Case studies presented [Go to Page]
- B.1 Case Study 1: D2EPC THESS. D^2EPC- BIM based DT- nZEB Smarthome DIH [Go to Page]
- B.1.1 General information
- B.1.2 Main use of the DT
- B.1.3 Description of the DT
- B.1.4 Main improvements beyond the state of the art
- B.1.5 Replication potential
- B.1.6 Relevant documents and links
- B.2 Case Study 2: D2EPC NICOSIA. Mixed-use University building, Nicosia, Cyprus [Go to Page]
- B.2.1 General information
- B.2.2 Main use of the DT
- B.2.3 Description of the DT
- B.2.4 Main improvements beyond the state of the art
- B.2.5 Replication potential
- B.2.6 Relevant documents and links
- B.3 Case Study 3: PLANON DT. SMART CLIMATIZED ASSET/SPACE MANAGEMENT [Go to Page]
- B.3.1 Description of the DT
- B.3.2 Business value
- B.3.3 Key features
- B.3.4 Replication potential
- B.3.5 Relevant documents and links
- B.4 Case Study 4: SAMBA. SAMBA Smart Advanced Multitenant Building Automation – DT for occupants and manager [Go to Page]
- B.4.1 General information
- B.4.2 Main use of the DT
- B.4.3 Description of the DT
- B.4.4 Main improvements beyond the state of the art
- B.4.5 Replication potential
- B.4.6 Relevant documents and links
- B.5 Case Study 5: H2 ELECTRO. H2Energy Electrolyser – DT for technical marketing [Go to Page]
- B.5.1 General information
- B.5.2 Main use of the DT
- B.5.3 Description of the DT
- B.5.4 Main improvements beyond the state of the art
- B.5.5 Replication potential
- B.5.6 Relevant documents and links
- B.6 Case Study 6: BRIDGE WEBGL. Bridge DT for technical marketing maintenance oriented [Go to Page]
- B.6.1 General information
- B.6.2 Main use of the DT
- B.6.3 Description of the DT
- B.6.4 Main improvements beyond the state of the art
- B.6.5 Replication potential
- B.7 Case Study 8: CRANE. Real-time Discrete Event Simulation of Crane operations (HORIZON 2020 - NUMBER 958161 – Ashvin "Assistants for Healthy, Safe, and Productive Virtual Construction Design, Operation & Maintenance using a Digital Twin") [Go to Page]
- B.7.1 General information
- B.7.2 Main use of the DT
- B.7.3 Description of the DT
- B.7.4 Main improvements beyond the state of the art
- B.7.5 Replication potential
- B.7.6 Relevant documents and links
- B.8 Case Study 9: KUBIK. KUBIK 4.0 DIGITAL TWIN [Go to Page]
- B.8.1 General information
- B.8.2 Main use of the DT
- B.8.3 Description of the DT
- B.8.4 Main improvements beyond the state of the art
- B.8.5 Replication potential
- B.8.6 Relevant documents and links
- B.9 Case study 10: BRIDGE ZUBIOTE. Steel Girder Rail Bridge: Pilot Case of Research Project ZUBIOT (Funded by SPRI - Hazitek Programme with Project Ref. Zl-2020/00902) [Go to Page]
- B.9.1 General information
- B.9.2 Main use of the DT
- B.9.3 Description of the DT
- B.9.4 Main improvements beyond the state of the art
- B.9.5 Replication potential
- B.9.6 Relevant documents and links
- B.10 Case Study 13: BIM2TWIN. Digital Twin of Construction Execution [Go to Page]
- B.10.1 General information
- B.10.2 Main use of the DT
- B.10.3 Description of the DT
- B.10.4 Main improvements beyond the state of the art
- B.10.5 Replication potential
- B.10.6 Relevant documents and links
- B.11 Case Study 14: ENERGY_TWIN. Digital Twins for commissioning of technical systems in building structures and energetic system optimization [Go to Page]
- B.11.1 General information
- B.11.2 Main use of the DT
- B.11.3 Description of the DT
- B.11.4 Main improvements beyond the state of the art
- B.11.5 Replication potential
- B.11.6 Relevant documents and links
- B.12 Case study 15: BRIDGE BASt. FE 15.0677/2020/IRB - Conceptual investigation for the combination of components of the Digital Twin Bridge [Go to Page]
- B.12.1 General information
- B.12.2 Main use of the DT
- B.12.3 Description of the DT
- B.12.4 Main improvements beyond the state of the art
- B.12.5 Replication potential
- B.12.6 Relevant documents and links
- B.13 Case Study 16: ROAD INFRA. Digital Twin of the Road for Pavement Management [Go to Page]
- B.13.1 General information
- B.13.2 Main use of the DT
- B.13.3 Description of the DT
- B.13.4 Main improvements beyond the state of the art
- B.13.5 Replication potential
- B.13.6 Relevant documents and links
- B.14 Case Study 17: BRIDGE ROAD INFRA (HORIZON 2020 - NUMBER 958161 – Ashvin "Assistants for Healthy, Safe, and Productive Virtual Construction Design, Operation & Maintenance using a Digital Twin") [Go to Page]
- B.14.1 General information
- B.14.2 Main use of the DT
- B.14.3 Description of the DT
- B.14.4 Main improvements beyond the state of the art
- B.14.5 Replication potential
- B.14.6 Relevant documents and links
- B.15 Case Study 18: BUILDING OFFICE (HORIZON 2020 - NUMBER 958161 – Ashvin "Assistants for Healthy, Safe, and Productive Virtual Construction Design, Operation & Maintenance using a Digital Twin") [Go to Page]
- B.15.1 General information
- B.15.2 Main use of the DT
- B.15.3 Description of the DT
- B.15.4 Main improvements beyond the state of the art
- B.15.5 Replication potential
- B.15.6 Relevant documents and links
- B.16 Case Study 19: BRIDGE RAIL INFRA (HORIZON 2020 - NUMBER 958161 – Ashvin "Assistants for Healthy, Safe, and Productive Virtual Construction Design, Operation & Maintenance using a Digital Twin") [Go to Page]
- B.16.1 General information
- B.16.2 Main use of the DT
- B.16.3 Description of the DT
- B.16.4 Main improvements beyond the state of the art
- B.16.5 Replication potential
- B.16.6 Relevant documents and links
- B.17 Case Study 20: SNCF. France rail infrastructure [Go to Page]
- B.17.1 Description of the DT
- B.17.2 Replication potential
- B.17.3 Relevant documents and links
- B.18 Case Study 21: ZADAR. Planning and optimization of maintenance activities on airports using unmanned aerial vehicles (UAVs) (HORIZON 2020 - NUMBER 958161 – Ashvin "Assistants for Healthy, Safe, and Productive Virtual Construction Design, Operation & Maintenance using a Digitial Twin") [Go to Page]
- B.18.1 General information
- B.18.2 Main use of the DT
- B.18.3 Description of the DT
- B.18.4 Main improvements beyond the state of the art
- B.18.5 Replication potential
- B.18.6 Relevant documents and links
- B.19 Case Study 22: AVILES PORT. DIGITAL TWIN FOR SEA PORTS (SMART AND CONNECTED) [Go to Page]
- B.19.1 General information
- B.19.2 Main use of the DT
- B.19.3 Description of the DT
- B.19.4 Main improvements beyond the state of the art
- B.19.5 Replication potential
- B.19.6 Relevant documents and links
- B.20 Case Study 23: SETEC-StMALO. DIGITAL TWIN FOR DIAGNOSIS AND EVALUATION OF THE SAINT MALO PORT JETTY [Go to Page]
- B.20.1 General information
- B.20.2 Main use of the DT
- B.20.3 Description of the DT
- B.20.4 Main improvements beyond the state of the art
- B.20.5 Replication potential
- B.20.6 Relevant documents and links
- B.21 Case Study 24: LEGENDRE [Go to Page]
- B.21.1 General information
- B.21.2 Main use of the DT
- B.21.3 Description of the DT
- B.21.4 Main improvements beyond the state of the art
- B.21.5 Replication potential
- B.21.6 Relevant documents and links
- B.22 Case Study 25: ETSICCP. Intelligent Management platform for Digital Twin of the Civil Engineering School of the Universidad Politécnica de Madrid [Go to Page]
- B.22.1 General information
- B.22.2 Main use of the DT
- B.22.3 Description of the DT
- B.22.4 Main improvements beyond the state of the art
- B.22.5 Replication potential
- B.22.6 Relevant documents and links
- B.23 Case Study 26: IRRIGATION. Smart Irrigation Management [Go to Page]
- B.23.1 General information
- B.23.2 Main use of the DT
- B.23.3 Description of the DT
- B.23.4 Main improvements beyond the state of the art
- B.23.5 Replication potential
- B.23.6 Relevant documents and links
- B.24 Case Study 27: LLOBREGAT. DT Sant Feliu de Llobregat [Go to Page]
- B.24.1 General information
- B.24.2 Main use of the DT
- B.24.3 Description of the DT
- B.24.4 Main improvements beyond the state of the art
- B.24.5 Replication potential
- B.24.6 Relevant documents and links
- B.25 Case Study 28: HIDROPOWER. Powerplant Rabenstein (AUSTRIA) [Go to Page]
- B.25.1 General information
- B.25.2 Main use of the DT
- B.25.3 Description of the DT
- B.25.4 Main improvements beyond the state of the art
- B.25.5 Replication potential
- B.25.6 Relevant documents and links
- B.26 Case Study 29: NUCLEAR_DECOMM. Nuclear Decommissioning [Go to Page]
- B.26.1 General information
- B.26.2 Main use of the DT
- B.26.3 Description of the DT
- B.26.4 Main improvements beyond the state of the art
- B.26.5 Replication potential
- B.27 Case Study 30: ST_ETIENNE. Academic Building (Mines Saint Étienne, Institut Mines Télécom) [Go to Page]
- B.27.1 General information
- B.27.2 Main use of the DT
- B.27.3 Description of the DT
- B.27.4 Main improvements beyond the state of the art
- B.27.5 Replication potential
- B.27.6 Relevant documents and links
- B.28 Case Study 31: ECOLE CENTRALE. AS-BUILT ASSET VISUALIZATION [Go to Page]
- B.28.1 General information
- B.28.2 Main use of the DT
- B.28.3 Description of the DT
- B.28.4 Main improvements beyond the state of the art
- B.28.5 Replication potential
- B.28.6 Relevant documents and links
- B.29 Case Study 32: LILLE. AS-BUILT ASSET VISUALIZATION [Go to Page]
- B.29.1 General information
- B.29.2 Main use of the DT
- B.29.3 Description of the DT
- B.29.4 Main improvements beyond the state of the art
- B.29.5 Replication potential
- B.29.6 Relevant documents and links
- B.30 Case Study 33: TNO SPHERE. PREDICTIVE TWINS Apartment complex (SPHERE EU project, funded from the European Union’s H2020 programme under Grant Agreement No. 820805). [Go to Page]
- B.30.1 General information
- B.30.2 Main use of the DT
- B.30.3 Description of the DT
- B.30.4 Main improvements beyond the state of the art
- B.30.5 Replication potential
- B.30.6 Relevant documents and links
- B.31 Case Study 34: VTT. ABLOY FACTORY (SPHERE EU project, funded from the European Union’s H2020 programme under Grant Agreement No. 820805). [Go to Page]
- B.31.1 General information
- B.31.2 Main use of the DT
- B.31.3 Description of the DT
- B.31.4 Main improvements beyond the state of the art
- B.31.5 Replication potential
- B.31.6 Relevant documents and links
- B.32 Case Study 35: EGIS. GIROS: DIGITAL TWINS OF THE GIRONDE ESTUARY [Go to Page]
- B.32.1 General information
- B.32.2 Main use of the DT
- B.32.3 Description of the DT
- B.32.4 Main improvements beyond the state of the art
- B.32.5 Replication potential
- B.32.6 Relevant documents and links
- B.33 Case Study 36: ANDRA [Go to Page]
- B.33.1 General information
- B.33.2 Main use of the DT
- B.33.3 Description of the DT
- B.33.4 Main improvements beyond the state of the art
- B.33.5 Replication potential
- B.33.6 Relevant documents and links
- B.34 Case Study 37: VSB-TUO [Go to Page]
- B.34.1 General information
- B.34.2 Main use of the DT
- B.34.3 Description of the DT
- B.34.4 Main improvements beyond the state of the art
- B.34.5 Replication potential
- B.34.6 Relevant documents and links [Go to Page]
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