This project has received funding from the European Union Seventh Framework Programme under grant agreement n° 609349. OPTIMISED DESIGN METHODOLOGIES FOR ENERGY-EFFICIENT BUILDINGS INTEGRATED IN THE NEIGHBOURHOOD ENERGY SYSTEMS eeEmbedded – D10.400 Final Project Report Responsible Authors: Peter Katranuschkov and Raimar J. Scherer (eds.) Contributions: All project partners Due date: 30.09.2017 Issue date: 17.09.2017 Nature: OTHER Coordinator: R. J. Scherer, Institute for Construction Informatics, Technische Universität Dresden, Germany D10.400 Final Project Report Version 1.0 Page 2/80 Start date of project: 01.10.2013 Duration: 48 months Organisation name of lead contractor for this deliverable: Coordinator: TECHNISCHE UNIVERSITAET DRESDEN, Institute of construction informatics. History Version Description Lead Author Date 0.1 Deliverable Structure Peter Katranuschkov, Romy Guruz (CIB) 31.05.2017 0.2 Input Chapters 1, 2 and sect. 7.2.1 Romy Guruz (CIB) 14.06.2017 0.3 Contributions to Chapter 7 A. Ton (EPM) 21.06.2017 0.4 Contributions to Chapter 7 G. Dangl (IAB), A. Sukumar (RIB) 25.07.2017 0.5 Contributions to Chapters 4 and 7 M. Löffler (BAM), S. Poloczek (STA) 08.08.2017 0.5 Contributions to Chapter 7 P. Stenzel (EAS), F. Forns-Samso (GRA) 24.08.2017 0.6 Contributions to Chapter 7 R. Schär (SAR), J. Kaiser (IET) 01.09.2017 0.7 Contributions to Part 2 A. Navas (CEM) 01.09.2017 0.8 Contributions to Chapters 4, 5, 8 M. Löffler (BAM), S. Poloczek (STA) 04.09.2017 0.9 Contributions to Chapters 3, 6, 7 K. Baumgärtel, H. Pruvost, T. Grille, 05.09.2017 P. Katranuschkov (CIB) 1.0 First complete draft of the report P. Katranuschkov (CIB) 06.09.2017 1.1 Contributions to Chapter 7 E. Mrazek, R. Zellner (NEM), K. Solvik (DDS) 08.09.2017 1.2 Contributions to Chapter 3 G. Calleja-Rodriguez (CEM) 08.09.2017 1.3 Contributions to Part 2 B. Protopsaltis (SOF), P. Katranuschkov (CIB) 11.09.2017 1.4 Full text/gap check and editing P. Katranuschkov, R. Schülbe (CIB) 14.09.2017 1.5 Full final draft P. Katranuschkov, R. Scherer, R. Schülbe (CIB) 15.09.2017 2.0 Approved by Coordinator CIB 18.09.2017 and uploaded to ECAS Copyright This report is © eeEmbedded Consortium 2017. Its duplication is restricted to the personal use within the consortium, the funding agency and the project reviewers. Its duplication is allowed in its integral form only for anyone's personal use for the purposes of research or education. Citation Katranuschkov P. & Scherer R. J. (eds.), (2017): eeEmbedded Deliverable D10.400 - Final Project Report; © eeEmbedded Consortium, TU Dresden, Dresden, Germany. Acknowledgements The work presented in this document has been conducted in the context of the seventh framework programme of the European community project eeEmbedded (n° 609349). eeEmbedded is a 48 month project that started in October 2013 and is funded by the European Commission as well as by the industrial partners. Their support is gratefully appreciated. The partners in the project are Technische Universität Dresden (Germany), Fraunhofer-Gesellschaft zur Förderung der angewandten Forschung E.V (Germany), NEMETSCHEK Slovensko, S.R.O. (Slovakia), Data Design System ASA (Norway), RIB Information Technologies AG (Germany), Jotne EPM Technology AS (Norway), Granlund OY (Finland), SOFISTIK HELLAS AE (Greece), Institute for applied Building © eeEmbedded Consortium www.eeEmbedded.eu D10.400 Final Project Report Version 1.0 Page 3/80 Informatics IABI (Germany), FR. SAUTER AG (Switzerland), Obermeyer Planen + Beraten (Germany), Centro de Estudios Materiales y Control de Obras S.A. (Spain), STRABAG AG (Austria) and Koninklijke BAM Group NV (The Netherlands). This report owes to a collaborative effort of the above organizations. Project of SEVENTH FRAMEWORK PROGRAMME OF THE EUROPEAN COMMUNITY Dissemination Level PU Public X PP Restricted to other programme participants (including the Commission Services) RE Restricted to a group specified by the consortium (including the Commission Services) CO Confidential, only for members of the consortium (including the Commission Services) © eeEmbedded Consortium www.eeEmbedded.eu D10.400 Final Project Report Version 1.0 Page 4/80 TABLE OF CONTENTS Executive Summary _______________________________________________________________________5 1. The project on a page _________________________________________________________________6 2. Vision, Mission and Goals of the Project __________________________________________________7 3. Top 10 Project Achievements ___________________________________________________________9 4. The eeEmbedded Holistic Design Methodology __________________________________________ 10 5. Pilot Demonstrators and Usage Scenarios _______________________________________________ 15 6. The eeEmbedded Virtual Lab Platform _________________________________________________ 20 6.1. Software Architecture __________________________________________________________ 20 6.2. Structure of the eeEmbedded Virtual Lab __________________________________________ 21 6.3. The eeEmbedded Multimodel Framework __________________________________________ 22 7. eeEmbedded Products and Findings ___________________________________________________ 24 7.1. Project Setup and Requirements Management Service ________________________________ 24 7.2. Design Tools _________________________________________________________________ 27 7.2.1. Architectural Design ______________________________________________________________ 27 7.2.2. HVAC Design ____________________________________________________________________ 30 7.2.3. BACS Design ____________________________________________________________________ 31 7.2.4. Energy System Modelling (ESIM) ____________________________________________________ 32 7.3. Scenario Manager _____________________________________________________________ 33 7.4. Multimodel Navigator __________________________________________________________ 35 7.5. Collaboration and Resource Management Services and Tools___________________________ 38 7.5.1. BIM—It ________________________________________________________________________ 38 7.5.2. EDM Model Server _______________________________________________________________ 39 7.5.3. Cloud Services __________________________________________________________________ 41 7.6. Model Validation Services _______________________________________________________ 43 7.6.1. Ontology-based Exchange Requirement Checking and Visualisation _______________________ 43 7.6.2. Ontology-based Key Point Checking and Visualisation ___________________________________ 45 7.7. Energy Simulation and Analysis Services and Tools ___________________________________ 47 7.7.1. Input Preparation ________________________________________________________________ 47 7.7.2. Thermal Simulations with TRNSYS___________________________________________________ 50 7.7.3. 3D Wind Analysis in Urban Design __________________________________________________ 52 7.7.4. 3D Therm Analysis in Detailed Design ________________________________________________ 54 7.8. LCA and LCC Analysis ___________________________________________________________ 56 7.9. Risk Assessment Service ________________________________________________________ 58 7.10. Multi Key Point Analysis Tool for Decision Making ____________________________________ 61 8. Evaluation of the eeEmbedded Platform ________________________________________________ 65 9. Exploitation of the eeEmbedded Platform ______________________________________________ 71 10. Conclusions _______________________________________________________________________ 73 Appendix _____________________________________________________________________________ 74 References ________________________________________________________________________ 74 Acronyms _________________________________________________________________________ 77 Partner Abbreviations _______________________________________________________________ 80 © eeEmbedded Consortium www.eeEmbedded.eu D10.400 Final Project Report Version 1.0 Page 5/80 Executive Summary This deliverable report describes the overall final findings and achievements of the eeEmbedded project. Publicly accessible via the project’s web site as well as via the EC web services, it gives an overview of the project, presents the initial vision, mission and goals at the project start and explains the developed new key point (KP) based holistic design methodology and the real pilot buildings used to validate, evaluate and demonstrate the project developments and findings. It lists in concise form the main project achievements and then goes into a more detailed presentation of the developed overall Virtual Energy Lab Platform and its underlying Multimodel Framework and the component services and tools integrated in the platform for the purpose of efficient energy-aware building design. The report contains also a second part which is subject to confidentiality. It comprises a single Chapter “Potential Impact”, structured in accordance with the predefined FP7 rules and providing an overview of the project’s impact in terms of dissemination measures and activities, exploitable foreground and societal implications. All partners have contributed to the report under the lead of TUD-CIB as follows: TUD-CIB: Report structuring and overall editing, main input to Chapters 1-5 and 10 as well as contributions to Chapter 7 and Part 2 BAM: Main input to Chapters 6 and 8 and contributions to Chapter 3 CEM: Contributions to Chapters 3, 4, 7 and 8 and Part 2 SOF: Contributions to Chapters 7, 9 and Part 2 STA: Main