Energy Efficiency Training Week

Transcription

1 Buildings energy efficiency sessions done in partnership with: sustainable energy partnerships Energy Efficiency Training Week Technology Collaboration Programmes Buildings 2015

2 Technology Collaboration Programmes Background 1975: IEA founders created a framework for sharing resources and accelerating technology RDD&D The IEA Implementing Agreements (IAs) Flexible, time-proven, cost-effective mechanism 2015: 40 th anniversary A new era of technology collaboration The IEA is providing increased support to and interactions with multilateral initiatives and for a CEM, Mission Innovation, BEC, ICEF, LCTPi, UNFCCC mechanisms, G7 and the G20 TCPs have helped the IEA to develop this unique capacity to provide guidance, inputs and coordination for multi-lateral energy technology collaboration

3 Technology Collaboration Programmes Highlights and outcomes Highlights significant achievement in the activities of each TCP Designed for policy makers and others not familiar with TCP activities, in particular partner countries

4 39 TCPs, broad range of sectors Cross-cutting activities End use and energy efficiency Fossil fuels Technology Collaboration Programmes Participation Fusion power Renewable energy and hydrogen Close to 6,000 experts Information sharing 12% Proof-of-principle 4% More than 1,900 topics to date More than 300 public or private organisations Field studies 3% 51 countries Applied research 80% Pilots, demonstrations 1% 39 Technology Collaboration Programmes 9 regional or international organisations

5 Technology Collaboration Programmes Participation Membership in TCPs as of 22 April 2016 Entities participating From IEA countries Entities participating from partner countries Entities from countries considering participation The above map is without prejudice to the status of sovereignty over any territory, to the delimitation of international frontiers and boundaries, and to the name of any territory, city or area. Experts from countries shown above participate in activities of the Technology Collaboration Programmes. 25 partner countries currently participate in TCPs a further 26 are in discussion.

6 Technology Collaboration Programmes Participation Engagement with Partner countries and the private sector During , participations from Partner countries increased threefold TCPs to serve as vehicles for IEA technology engagement worldwide Explore collaboration with the IEA Energy Business Council (EBC) Participants by world region +OPEC, ECOWAS, ITER, RCREEE, UNIDO

7 Technology Collaboration Programmes Buildings Energy Efficiency in Buildings related TCPs: Buildings and Communities (EBC) Heat Pumping Technologies (HPT) Energy Efficient End-Use Equipment (4E) Demand Side Management (DSM) Energy in Buildings related TCPs: District Heating and Cooling (DHC) Energy Storage (ECES) Solar Heating and Cooling (SHC TCP)

8 Energy in Buildings and Communities (EBC) In 1977 the IEA established the EBC. The following projects are currently active: Annex 70: Energy Epidemiology Annex 69. Strategy and Practice of Adaptive Thermal Comfort in Low Energy Buildings Annex 68. Design and Operational Strategies for High IAQ in Low Energy Buildings Annex 67. Energy Flexible Buildings Annex 66. Definition and Simulation of Occupant Behavior in Buildings Annex 65. Long-Term Performance of Super-Insulation in Building Components & Systems Annex 64. Optimized Performance of Community Energy Supply Systems with Exergy Principles Annex 63. Implementation of Energy Strategies in Communities Annex 62. Ventilative Cooling Annex 60. New Generation Computational Tools for Building & Community Energy Systems Annex 05. Air Infiltration and Ventilation Centre

9 Energy in Buildings and Communities (EBC) EBC Newsletter: EBC Annual Report: EBC Project Reports: Significant information is freely available on the website. Intellectual property is available for EBC member organisations.

10 For interested countries: Energy in Buildings and Communities (EBC) Participation in the EBC Programme is at the discretion of both the existing member countries and of the national government of a country interested in joining. However, there are usually few barriers to joining, aside from a commitment to actively pursue the goals of the Programme. The first step in the formal process is that the EBC Executive Committee (representatives from the member countries) invites the national government, or any entity designated by it, to become a Contracting Party to the EBC Implementing Agreement. After an initial enquiry by a new interested country, it is usual for the EBC Executive Committee to invite representatives from that country to attend one or two meetings as observers. This allows informal discussions to take place to explain the anticipated benefits, rights and obligations of joining as well as to provide an introduction to the formalities.

11 Heat Pumping Technologies (HPT) In 1978 the IEA established 4E. The following projects are currently active: Annex 48. Industrial Heat Pumps Annex 47. Heat pumps in District Heating and Cooling Systems Annex 46. Heat Pumps for Domestic Hot Water Annex 45. Hybrid Heat Pumps Annex 44. Performance indicators for energy efficient supermarket buildings pumps Annex 43. Fuel-driven sorption heat pumps

12 Heat Pumping Technologies (HPT) HPT Newsletter: HPT Publications: Significant information is freely available on the website. Intellectual property is available for EBC member organisations.

13 Energy Efficient End-Use Equipment (4E) In 2008 the IEA established 4E. The following projects are currently active: G20 Energy Efficiency Action Plan: Networked Devices International Mapping and Benchmarking Monitoring Verification and Enforcement Workshop Smart Metering Infrastructure Technology Forcing Standards for Energy Efficiency Policy Driven Innovation (PDI) Engagement with International Standardisation Organisations

14 Energy Efficient End-Use Equipment (4E) Policy Briefs Summary of key publications Clear, concise guidance for policy makers Available in English, French, German, Korean & Japanese

15 Energy Efficient End-Use Equipment (4E) For Interested countries: Become a member of 4E Min. 20,000 /yr + in-kind Access publications Join workshops Participate in SSL interlaboratory testing Subscribe to newsletter Bright Spark

16 Demand Side Management (DSM) The following projects are currently active: Task 26 Multiple Benefits of Energy Efficiency Task 25 Business Models for a more effective market uptake of DSM energy services Task 24 Phase II: Behaviour Change in DSM Helping the Behaviour Changers Task 17 Integration of Demand Side Management, Energy Efficiency, Distributed Generation and Renewable Energy Sources Task 16 Innovative Energy Services

17 DSM University Archived webinars 1. The Logic of DSM DSMU# 9. Behavioural changes are necessary to get the full impact on energy efficiency. What works and what doesn t (part 1) Ruth Mourik, Task 24 DSMU# 11. Capturing the Multiple Benefits of Energy Efficiency, Nina Campbell, New Task DSMU# 13. Do not take away their steering wheel! How to achieve effective behavioural change in the transport and SME domain (part 2) Ruth Mourik, Task Governance DSMU# 5. Impact evaluation of Energy Efficiency and DSM programmes Harry Vreuls, Task 1-9 DSMU#19. Energy Efficiency Labels. What can be learnt from the European Success Story, Benoit Lebot, IPEEC DSMU#20: Involving people in Smart Energy: A toolkit for utilities, energy agencies and smart city developers Ludwig Karg, CEO of B.A.U.M Consult GmbH DSMU#21: Advancing Utility Sector Energy Efficiency in the U.S.: Highlights of the ACEEE National Conference on Energy Efficiency as a Resource Martin Kushler, ACEEE 3. Efficiency Load Level DSMU# 1. ESCo market development: A role for Facilitators to play Jan W. Bleyl, Task 16 DSMU# 4. Best Practices in Designing and Implementing Energy Efficiency Obligation Schemes David Crossley, RAP, Task 22 DSMU# 7. Customized, Systemic, Strategic the way to succeed with energy efficiency in industry Catherine Cooremans, Business School of Geneva DSMU# 8. Taking Stock 40 years of Industrial Energy Audits Peter Mallaburn, UCL (eceee) DSMU# 14 Improving energy efficiency in SMEs an interdisciplinary perspective Patrick Thollander, Linköping University DSMU# 18. Simplified Measurement & Verification for Energy Savings the Task 16 approach, Jan W. Bleyl 4. Flexibility Load Shape DSMU# 2. ISGAN Annex 2 Spotlight on Demand Management Laura Marretta, ISGAN DSMU# 3. Using Demand-Side Management to Support Electricity Grids David Crossley, RAP, Task 15 DSMU # 15. Smart Grid Implementation how to engage consumers? Yvonne Boerakker, Task Integration DSMU# 6. Managing Variability, Uncertainty and Flexibility in Power Grids with High Penetration of Renewables Lawrence Jones, Alstom DSMU# 16. Integrating renewables and enabling flexibility of households and buildings results and experiences from successfully implemented projects, Task 17 Matthias Stifter AIT, Austria, René Kamphuis TNO, Netherlands 6. Business Models DSMU# 10. How to make the best technology even better, BAT becomes BAT+ Hans Nilsson, Task 3 DSMU# 12. Consequences of learning curves for energy policy Clas-Otto Wene, Wenenergy AB, Sweden DSMU# 17. From selling Energy Efficiency to creating value, Task 25 Ruth Mourik

18 Discussion 2015