The Research Centre on Zero Energy Neighbourhoods in Smart Cities - ZEN

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2 Centre for an Energy Efficient and Competitive Industry for the Future - HighEFF Centre for intelligent electricity distribution CINELDI Mobility Zero Emission Energy Systems - MoZEES Norwegian CCS Research Centre - NCCS Norwegian Research Centre for Hydropower Technology - HydroCen The Research Centre on Zero Energy Neighbourhoods in Smart Cities - ZEN Research Centre for Sustainable Solar Cell Technology - SUSOLTECH Norwegian Centre for Sustainable Bio-based Fuels and Energy - NorSusBio

3 Centres for Environment-friendly Energy Research (FME) The scheme is the most prominent tool for long term energy research in Norway. The research activity is carried out in close cooperation between prominent research communities and users. The main objective of the Centres for Environment-friendly Energy Research is: to conduct concentrated, focused research of high international calibre in order to solve specific challenges in the energy sector in Norway, and to promote innovations and industrial development. Typical budgets: mill NOK (30 40 mill ) over eight years with 50 % funding from the Research Council of Norway

4 8 new research centres for environmentfriendly energy research (FME)

5 CINELDI will ensure that we are building the smart energy system of the future

6 CINELDI Objective To enable a cost-efficient realisation of the future flexible and robust electricity distribution grid This will pave the ground for increased distributed generation from renewable resources, electrification of transport, and more efficient energy use

7 CINELDI Secondary objectives Decision support methodologies and tools needed for the optimal planning and asset management of the future system. New cost effective concepts and solutions for smart operations based on new emerging control and monitoring technologies and extensive real time monitoring. Methods and models for cost effective integration of flexible resources in smart distribution grids, including business models on how to utilize this flexibility. Microgrid concepts, technologies and solutions for optimal design, operation, and integration with the distribution system. Recommendations for the transition to the electricity distribution system of Ease deployment of research results by extensive use of small-scale pilots and test. Ensure efficient knowledge transfer through user-involvement.

8 The CINELDI ecosystem

9 CINELDI Work packages

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12 CINELDI in figures Budget: 361,2 MNOK (40 M ) Duration: 8 years ( ) 29 partners Host institution/project responsible: SINTEF Energy Research

13 CINELDI partners Research institutes/ University Authorities (Regulators) Market operator Knowledge transfer Innovation System operators DSO/TSO International collaborating partners Technology providers

14 National partners

15 International collaborating partners Research organisations/universities: AIT (Austria) Strathclyde (UK) CentraleSupelec (France) Tecnalia (Spain) DTU (Denmark) Tokyo Inst. of Technology (Japan) Fraunhofer (Germany) TU Munich (Germany) Michigan Tech (USA) University of Cagliari (Italy) NEDO (Japan) VTT (Finland) Sandia (USA) Smart grid alliances: EERA ETIP SNET ISGAN GSGF

16 Multidisciplinary research CINELDI targets system innovation

17 The Norwegian Smart Grid Laboratory an important asset in CINELDI

18 The Norwegian Smart Grid Laboratory - an important asset in CINELDI

19 as well as smart grid pilot projects and living labs

20 About 20 PhD and post docs will be recruited Electric power engineering Communication technology Information technology Automation/cybernetics Economics Social science aspects of smart grids

21 Topics for PhD/Postdoc studies in the first phase of research Modelling of complex interactions and interdependencies for security of electricity supply analysis Modelling of Interactions and Interdependencies in Complex Systems of Power Grid and ICT Systems Risk and vulnerability in the future intelligent electricity distribution system Self-Healing and Autonomous Smart Grid Operation Distributed and centralized control to support smart grid operation with high quality in a cost-efficient way Distributed and hierarchical dynamic state estimation for smart distribution grids 5G for Low-Latency, Secure, and Dependable Communication Services for Fault Handling in Micro Grids Techno-economic optimization for analysing consumer flexibility and related market structures Smart power control in microgrids with modern power converters The value of buildings' energy flexibility in the power market Understanding mechanisms and incentives for motivating user flexibility Modelling transition strategies towards smart distribution grids CINELDI also targets 150 Master projects

22 Milestones and deliverables

23 Milestones and deliverables

24 This presentation has been funded by CINELDI - Centre for intelligent electricity distribution, an 8 year Research Centre under the FME-scheme (Centre for Environment-friendly Energy Research, /E20). The authors gratefully acknowledge the financial support from the Research Council of Norway and user partners of CINELDI.