eeEmbedded Expert Seminar Agenda 1.Project Overview (Tuomas Laine) 2.Holistic Design Methodology based on Key Points (Gloria Calleja Rodriguez) 3.Virtual Lab: Scenario Manager, Multi Model Navigator (Ken Baumgärtel) 4.Multi-criteria decision making tool (Francisco Forns-Samso) 5.New models: Energy System Information Model (Pit Stenzel) Optimised design methodologies for energy-efficient buildings integrated in the neighbourhood energy systems

eeEmbedded CIB World Building Congress 2016 Tampere (Finland) June 2016 Expert Seminar Optimised design methodologies for energy-efficient buildings integrated in the neighbourhood energy systems Tuomas Laine, Granlund Oy eeEmbedded Overview

eeEmbedded Collaborative Holistic Design Laboratory and Methodology for energy-efficient Embedded Buildings Duration: 4 years (10/ /2017) Partners: 1 University, 1 Research Institute 9 Software vendors 1 BIM consultant 4 End-users Budget: 11,1 M€ - INSTITUTE OF CONSTRUCTION INFORMATICS (COORDINATOR) - INSTITUTE FOR BUILDING ENERGY SYSTEMS AND HEAT SUPPLY DDS Data Design Systems EPM Technology STRABAG BAM Utiliteitsbouw b.v. BAM Deutschland AG

eeEmbedded Cross-project research IDEA: The Virtual Laboratory

eeEmbedded HESMOS ( ) : Virtual Energy Lab Developments: Multi-model filter Ontology for BIM models Interoperability BIM and SOA

eeEmbedded ISES ( ) : Intelligent virtual Energy Lab Developments: Multi-model filter Ontology for BIM models Interoperability BIM and SOA Product catalogue management Cloud Access Service

eeEmbedded eeEmbedded ( ) : Virtual Engineering BIM Lab Developments: Multi-model filter Ontology for BIM models Interoperability BIM and SOA Product catalogue management Cloud Access Service ESIM integration (Buildings & District) Stochastic LCC

eeEmbedded Development of an ontology-based open interoperability system for a holistic KPI-driven design & simulation eeBIM Lab NEW! ESIM Energy System Information Model Interoperability of the information as the baseline for integration of the required decentrally managed information models Interoperability of the design objectives as the baseline for collaborative holistic design using a new KPI-based design methodology.

eeEmbedded Key Point driven design & simulation eeBIM Lab

eeEmbedded NEW! Multi-Model approach & stochastic based lifecycle prognosis Interoperability of systems structure above the information domain models providing (1) the mapping information needed to transform the domain information models to computational engineering models, (2) the knowledge needed to decide upon the necessary LoD and the respective cross- model structure. Knowledge support design methods enabling in depths performance simulations in the early design phase. Stochastic approach to cope with the uncertainties in the lifecycle: - climate, -energy provision, -the usage of the building -and the human behaviour.

eeEmbedded 1.A holistic design methodology 2.A collaborative, holistic design platform 3.ESIM, Energy System Information Model 4.An ontology-based open interoperability system 5.A multi-model information management method and related management services 6.A knowledge management system eeEmbedded expected 6 Products

Thank you for your attention Presenter: Tuomas Laine