"Transforming the Built Environment by 2035" Thursday 11th April 09.00 - 09.20 Welcome by - Host : Bert Stuy, NL Agency, member of CERT - EBC: Andreas Eckmanns, chairman EBC - FBF Chair: Rob Kool 09.20 – 10.00 Key note Ronald Rovers 10.00 - 10.40 Input speech: Emerging technologies and existing roadmaps concerning Energy Reduction Dr. Morad R. Atif, National Research Council, Canada 10.20 - 10.40 Input speech: Emerging technologies and existing roadmaps concerning Energy Storage and Management Prof. Dr. Halime Paksoy, Cukurova University, Adana, Turkey 10.40 - 11.00 Input speech: Emerging technologies and existing roadmaps concerning Energy Production Gerhard Fraunhofer Institute for Solar Energy Systems 11.00 - 11.30 Coffee break 11.30 - 13.00 room: Parallel workshops: What are the problems? Moderators / Reporters Workshop 1: Energy reduction Steyl Workshop 2: Energy production Kenia Workshop 3: Energy storage Mozambique 13.00 - 14.00 14.00 - 15.30 Room Parallel workshops: What is needed to solve the problems? Which directions of technologies, behaviour, social aspects, adaptation, etc. Moderators / Reporters Workshop 4: Energy reduction Workshop 5: Energy production Kenia Workshop 6: Energy storage Mozambique 15.30 - 16.00 Coffee break 16.00 - 16.30 Summing up results first day Reporters and Chair 16.30 - 17.15 Trends: Revolution Justified Roger Cox 17.15 - 18.00 Get-together, drinks all 20.00 Dinner Offered by NL Agency Friday 12th April 09.00 - 09.30 Plenary opening Rob. Kool 09.30 - 11.00 Room Parallel workshops: How does IEA R&D contribute to solve the problems? Moderators / Reporters Workshop 7: Energy reduction Workshop 8: Energy production Workshop 9: Energy storage
St. Jan Kenia Mozambique 11.00 - 11.30 Coffee break 11.30 - 12.15 Summing up results from parallel session Chair and Reporters 12.15 - 13.00 Final discussion and conclusions Ronald Rovers 13.00 - 13.05 CLOSING Chair and Andreas Eckmanns 13.05 - 14.00 Lunch Annex 2 Presentations During the FBF the following presentations are presented and already sent to the participants. For the presentations, see the What built environment do we want by 2050? by Professor Ronald Rovers, Zuyd University, Heerlen, The Netherlands. Consolidation of Technology Roadmaps for Energy Reduction in Buildings: Overview, by Dr. Morad R. Atif, National Research Council, Ottawa, Canada. Energy Storage and Management, by Professor Halime Ö. Paksoy, Çukurova University, Adana, Turkey. Energy production in future buildings, by Dr. Gerhard Stryi-Hipp, Fraunhofer Institute for Solar Energy Systems, Freiburg, Germany. Revolution Justified – why only the law can save us now, by Roger Cox, lawfirm Paulussen advocaten, Maastricht, The Netherlands.
Barriers (2) Reduction Political, social environmental, and legal barriers Economic barriers Technical barriers hidden agendas naive economics; big business does not understand the opportunity researchers are not so responsible for their results outreach; awareness of the cost effectiveness percentage of cost for evaluating products will become higher lack of building physics knowledge fear of change energy prices too low lack of benchmarking; no real performance data lack of knowledge of building stock and its dynamics; how it changes over time, when to retrofit, how much, how to control it cost effectiveness is not synonymous to 'making money' large gap between predicted and actual energy consumption of buildings problem ownership? liability for success payback too short lack of technical capacity / educated personnel political decisions on public awareness is lacking profit at society level, not at individual level lack of knowledge of users many actors, many levels different value of money among actors evaluation is dependent on use conditions which we do not know enough people in general don't understand the importance of (building) CO2 emissions too few creative entrepreneurs who see the opportunities most people don't understand how to use buildings people like to invest in new technologies, many of fail delicate problem when evaluating accurately existing products
Solutions (1) Reduction System integration / integrated solutions Knowledge CO2 impact / LCA knowledge users New technology / cost effective Practitioners / technical capacity Metrics R&D on integrated optimized, functional, easy to use controlling and monitoring systems (e.g. HP / storage / solar, etc) Scientific approach for reliable LCA based decisions pursue pre-competitive R&D with multiple solutions (market players) capacity building programmes standardized protocols for assessment and monitoring of energy use / performances of products / systems/ whole building R&D on controlling and monitoring system interactions with smart grids metrics for embodied energy of materials examples of highly insulated windows, cold climate heat pumps, gas heat pumps, small scale , COP > 12, low embodied energy high performance insulation, small scale solar cooling, urban building heat pump involve national energy agencies, NGOs, international organisations in training programmes metrics of performance extended to load & sizing definition of new components for better efficiency (or improvements of existing ) components LCA method is okay, lack of good data sources defining efficiency benefits beyond existing technology & also non- energy benefits involve financial institutions in training programmes measured impact of building occupants on energy use systems for monitoring and control performance of complex energy structures require that LCA techniques be used in all applications for energy regulation approval policy makers need to define critical high priority technologies versus largest saving potentials coordination of existing capacity building programmes building energy use data via open source of the systems & whole building integration of thermal storage technologies to heating and cooling systems to make these more efficient require that that all manufactures provide LCA data new technology driven for systems, not for products introduce energy issues in built environment courses at the beginning to building people include requirements of performance monitoring into building regulation multi-functional building envelope components lack of mapping of energy resources; fuel from different regions new technology needs to have equivalent generic version for affordability certification programmes for people
needed within R&D programmes (1) Reduction System integration Knowledge New technology Practitioners Metrics R&D integration building components and services installations especially for retrofit R&D of the optimal operation of different building looking at building / user / system interactions including optimal performance of energy generation / smart grids sensor technology for new applications in monitoring and BEMS systems identification of Best Available Technologies from the (IEA) roadmap worth disseminating through capacity building and training programmes knowledge development metrics for real energy performance (environmentally friendly energy efficiency) demonstration modelling of building stock dynamics to indentify relevant type - age and 'natural' renovation cycles; then assess how to accelerate it identify and co-ordinate existing programmes in this assessment and monitoring protocols for buildings and systems performance monitoring integrated in all systems deep retrofit: detailed case studies and business models varying on energy prices, climate, etc when development of best available technologies is needed real data / validation open innovation R&D for tools for BEMS for complex systems (connected with smart grids for electricity, heat and gas ) at urban level work on current low carbon city programmes; case studies solid state lighting implement the programmes; put the information online to broaden the access knowledge development for standards and policies
Annex 5 List of participants PARTICIPANTS WORKSHOP FUTURE BULDINGS FORUM 11TH - 12TH APRIL 2013 No. Organisation Name 1 Swedish District Heating Ass. (DHC) Ulrika Jardfelt 2 NRC CNRC (EBC) Morad Atif Speaker 3 Fraunhofer Institute for Solar Energy Systems Gerhard Stryi-Hipp Speaker 4 International Energy Agency (EBC) Marc LaFrance 5 Building Research Institute, Japan (EBC) Takao Sawachi 6 Cukurova University (ECES) Halime Paksoy Speaker 7 IF International (ECES) Aart Snijders 8 Olof Andersson 9 McMaster University Samir E. Chidiac 10 VITO Johan Desmedt 11 Expert (EBC) J. Owen Lewis 13 Consolair NL Teun Bokhoven 14 OA annex 51 (EBC) Reinhard Jank 15 Paulussen Roger Cox Speaker 16 IA SHC & NL Agency (SHC) Lex Bosselaar 17 IA EBC & NL Agency (EBC) Piet Heijnen 18 Immediate Past President Technical Director Mott MacDonald Andy Ford 19 EBC Chair (EBC) Andreas Eckmanns Chair EBC 20 EBC Secretary (EBC) Malcolm Orme 21 Zuyd Univerity Ronald Rovers Speaker 22 DSM (DSM) Rob Kool FBF Chair 23 Expert (PVPS) Paul Appleby 24 Technische Universiteit Eindhoven Wim Zeiler 25 DNV Kema (DSM) Yvonne Boerakker 26 Passivhaus Institut Dr. Bertold Kaufmann 27 Sintef Igor Sartori 28 NL Agency Bert Stuij Host