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BUILDING UP project – long term view and roadmapping actions in energy efficiency in building

BUILDING UP project – long term view and roadmapping actions in energy efficiency in building. BUILDING UP consortium Jadwiga Fangrat (ITB). Ljubljana , 29 /0 8 /2012. Framework Follow up of the EeB PPP 2010-2013 Horizon 2020 Goal of E2BA Prepare a new Roadmap 2014-2020

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BUILDING UP project – long term view and roadmapping actions in energy efficiency in building

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  1. BUILDING UP project – long term view and roadmapping actions in energy efficiency in building BUILDING UP consortium Jadwiga Fangrat (ITB) Ljubljana, 29/08/2012

  2. Framework • Follow up of the EeB PPP 2010-2013 • Horizon 2020 • Goal of E2BA • Prepare a new Roadmap 2014-2020 • Objective of BuildingUp • Define cross-ETP priorities to be • integrated into the Roadmap • whichwill be adapted to the E2BA roadmapconsidered as a basicdocument for the EuropeanCommission, to start working on theirprogrammes

  3. EeB PPP 2010-13 New Roadmap To be prepared EeB PPP 2010-2013 as the first wave of a Long Term Strategy i.e. Retrofitting and reduction of energy use i.e. Energy neutral buildings/districts i.e. Energy positive buildings/districts

  4. E2BA Roadmapping Process

  5. 2ndSemester Final Public Consultation E2BA Roadmapping Process PPP Info Days Roadmap Final Draft BuildingUpRoadmap April/June Validate final Vision 2050 and Targets 2020 Validatefunctional R&I projects Set time priorities BuildingUpRoadmap RoadmapDraft 2 April 24-25-26 Analyse all inputs fromrestricted consultation Agree on Draft 2 preparingprocess E2BA Workshops (round 2) ICT4E2BARoadmap RoadmapDraft 1 February/March ValidateMethodology and workingprocess Shape the first version of the Roadmap E2BA Workshops (round 1)

  6. BU contract requirements • to create an effective coordination of ETPsand major initiatives whose SRAs and activities address energy efficiency in the built environment from an NMP perspective Need for a jointly shared Industrial and Research Roadmap focused on long term cross-platform research and innovation areas Need to build a cross-ETP network through large public consultations and debates

  7. Partners

  8. Work Plan and Associated Tools

  9. RoadmappingMethodologyRoadmappingprocess in Building Up The main steps of Road mapping that are followed in BU are: Step 2: Roadmap Development Step 1: Planning Step 4: Follow-up Step 3: Plan Preparation

  10. RoadmappingProcess–Step 1 Step 2: Roadmap Development Step 1: Planning Step 4: Follow-up Step 3: Plan Preparation • Definition of theroadmappingprocessexpectedtimeline • Identification of roadmapping meetings/events/ • milestones • Definition of thestructure • Identification of theprocess • Conference calls WP leaders and Building Up project Managers • Collection & clustering of already available information (WP1) InformationInformation & Preparation Material Definition of RoadmapMethodology Creation of Schedule & Planning

  11. RoadmappingProcess – Step 2 Step 2: Roadmap Development Step 1: Planning Step 4: Follow-up Step 3: Plan Preparation • Sharing survey results • Finalization of the preliminary identified cross-platform areas • Development of one draft roadmap for each top area • Clustered list of cross-platform collaboration areas • Online survey to stakeholders • Draft Roadmap structure • Consideration of E2BA vision • Identification of building trends and barriers • Preliminary identification of cross-ETP research and innovation areas Secondstep inventive Workshop First step Inventive Workshop On lineConsultation

  12. RoadmappingProcess – Step 3 Step 2: Roadmap Development Step 1: Planning Step 4: Follow-up Step 3: Plan Preparation • Further development of the inventive session results • Analysis of synergies among roadmaps • Preliminary clustering • Reviews by the Advisory Board • Finalised integration of the roadmaps • Continuous sharing of information with experts (surveys, conference calls, etc.) • Review by Advisory Board • Release of the final Roadmap BU Draft Roadmap Finalization of the BU Roadmap

  13. RoadmappingProcess – Step 4 Step 2: Roadmap Development Step 1: Planning Step 4: Follow-up Step 3: Plan Preparation • Continuousincorporation of changes in roadmap • PeriodicRevision • Sharing with the interested community of the BU vision • Increase competitiveness • Increase competences PeriodicReview of Roadmap Dissemination & awareness

  14. Survey ResultsExpert Background Type of Organizations

  15. Survey ResultsExpert Background Field of Expertise Other = Energy efficiency, Low to zero carbon technologies, research management, Energy simulation and design, Passive house technologies

  16. Survey Results Preliminary Ranking of Cross-platform Areas

  17. Developing roadmapScenarios and trends (I) Scenario – description of differentsets of assumptions on possiblefutures Scenarioswerecondencedintofollowinggroups: • Climatechange and CO2emissions • Growth and competitiveness • Efficiency (measures) and technologicalinnovation • Demographic and socialaspects, includinglabourforce • Renewable and non-renewableresources

  18. Developing roadmapScenarios and trends (II) Trend – ongoing and/orplanneddevelopmentsregarding certainaspects of the built environment and itsstakeholders Morethan 60 resourceswereanalysedwithincategories: • Refurbisment to transformexistingbuildingsintoenergy-efficientbuildings • Neutral/Energypositivenewbuildings • Building materials • Energy-efficientdistricts/communities • Horizontaltechnologicalaspects • Horizontalorganizationalaspects

  19. Identified barriers

  20. Exemplary barriers for‘Energy genaration, use and managemenet’ • architects’ lack o awareness of latest • technical improvements and energy related effects • lack of standard solutions • gap betweenresearch and market

  21. Exemplary barriers for ‘Materials and components’ • lack of certification of companies • slownessof buildings sector to adopt new technology • payback time • international availability of components • and products

  22. List of Cross-ETP Areas (CP) CP 1 Performance Based Approach for building components, including sustainable design, Life Cycle Analysis CP 2 Multi-material composites CP 3 Healthy indoor environment (including air quality,ventilation, lighting, acoustic performance) CP 4 Electric generation and storage materials and systems CP 5 Thermal generation and storage materials and systems, including building integrated energy technologies CP 6 Advanced thermal insulation construction materials for new buildings and existing buildings (e.g. aerogel, nanofoams, vacuum insulation panels) CP 7 Building materials recyclability and re-use of components CP 8 Renewable resource-based products to substitute non-renewable based products

  23. Example CP 1 (draft roadmap)

  24. Example CP 1 (draft roadmap)

  25. EXAMPLE (1): Glass-based products including smart windows by 2020 2021-2050 Development, Integration and Optimization of advanced technologies for multifunctional energy efficient glazing Target Technologies Advanced coatings and multifunctional materials for Low-E and solar control glass Advanced Smart windows integrating different technologies High-Strength and acoustic insulating Glass (flexible glass, lightweight glass, self-healing glass) Expected outcomes reduction of CO2 emission, reduction of airconditioning use, Safety, Fire Resistance and comfort reduction of CO2 emission reduction of airconditioning use Safety, Fire Resistance and comfort Applications Smart Windows and Façades, focus on public buildings andsocial housing Smart Windows and Façades, focus on private buildings Solar thermal collectors, photovoltaic modules and Concentrated Solar Power plants

  26. EXAMPLE (2): Building components including sustainable design, LCA by 2020 2021-2050 All building components meet an ecodesign approach covering the whole chain of the building life Target Emerging market of biobased materials, combinating different building materials to obtain a cost-optimum solution Speaking components (with indicators), increasing the use of embodied energy calculations and LCA in product manufacturing Technologies Expected outcomes Building design tools for architects for real time building ecodesign Higher building physics performance Applications Focus on new-erected buildings, new design and retrofitting, Standards and assessment applied to both new and traditional construction

  27. Policy recommendations • CONTENT • Introduction • 2. Objective • 3. Target audience • 4. Current economic environment • 5. Existing legislation • 6. Proposed actions • 7. Expected impact • 8. Concluding remarks • 9. References

  28. How to overcome barriers? • New products development production research & technology development • Establishment of Eco (Energy) Euroclass system for construction products • Fast path for technical evaluation and approval of innovative product • Standardization and Harmonization • Education training programmes: architects, designers, builders, property management, academy, producers, policy makers, central and local administration • Building regulations • Building control • Information campaign (public) • ……

  29. HORIZON 20202014 - 2020 lowgrowth A NEED FOR NEW POLICY STRATEGY insufficientinnovation environmental and socialchallenges TO MAKE EUROPE COMPETITIVE

  30. HORIZON 2020Areas of funding

  31. HORIZON 2020Areas of funding

  32. HORIZON 2020What’s new? integration of research and innovation – funding from idea to market support for innovation leading to a direct economic stimulus focus on creating business opportunities inclusive approach open to new participants from Europe and beyond more possibilities for new entrants and young scientists simplicity – less bureaucracy, fewer audits

  33. INVITATION BOOSTING ENERGY EFFICIENCY IN CONSTRUCTION BUILDING UP workshop Thursday 4th October 2012 Leuven, Belgium http://www.buildingup-e2b.eu

  34. Thank you! http://www.buildingup-e2b.eu http://www.itb.pl j.fangrat@itb.pl ITB Headquarters Filtrowa 1, 00-611 Warsaw POLAND

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