WP LCE 1-5. Towards an integrated EU energy system. Rémy Dénos Henrik Dam DG Energy Unit C2 New Energy Technologies and Clean Coal

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1 1 WP LCE 1-5 Towards an integrated EU energy system Rémy Dénos Henrik Dam DG Energy Unit C2 New Energy Technologies and Clean Coal Societal Challenge 3: Secure, Clean and Efficient Energy

2 Main Policy Elements Climate-Energy Package From 20/20/20 to 40/27/27 - Energy Union Energy security, solidarity and trust A fully integrated internal energy market Energy efficiency first Transition to a low-carbon society An Energy Union for Research, Innovation and Competiveness - Set-Plan & Integrated Roadmap - Summer Package Electricity Market Design Retail Market 2

3 Renewable Energy Sources in Electricity 3 3) 2) 2012, EU28: 24% RES in the Grid 4) 8.4% variable Within RES: 45.9% Hydro 25.8% Wind 18.7% Biomass & RE waste 8.9% Solar 5) 1) Eurostat - EU energy in figures 2014

4 4 Towards integration Towards an integrated EU energy system Modernising the European electricity grid Providing the energy system with enhanced energy storage technologies

5 5 LCE 1-5 Overview All single stage Deadlines for submission: 2016: 5 th April 2017: 14 th February! 2017: potential revision of topics and budget (coverage of 2015 projects on transmission and large-scale storage + potential ERA- NET action relevant to 'Towards an integrated EU energy system' in call 2017) Technological development for Hydrogen production and storage for the energy system:

6 LCE1 Next Generation Technologies: Distribution Scope Address one of the following areas 1) Storage DEMAND RESPONSE HEAT STORAGE DEMAND RESPONSE 2) Synergies between networks 3) Demand response 4) Smart grids Interfaces to energy networks, knowledge/compatibility with current regulations, standards / smart grid task force / preliminary analysis of business models Impacts SMART GRID - Integrate large share of renewables - Competitive product and services in 5 to 10 years RIA -TRL MEur EU funding per project 2016: 20 MEur total 2017: 18 MEur total Ranking to ensure coverage of all areas 6 More specifically 1) Storage to provide services to the grid, deferral of investment 2) Conversion of excess electricity / services to the grid 3) Viable demand response schemes 4) Grid stability and flexibility with high share of variable renewables Ad-hoc indicators

7 LCE 2 Demonstration/Integration: Distribution 7 Scope Demonstrate / integrate at least 3 of the following aspects - Demand response - Smartening the distribution grid - Energy storage and management - Integration of transport needs Detailed analysis of regulations / standards (Smart Grid Task Force) / business models / replication / obstacles to innovation Coordination with similar H2020 projects Impacts - Integrate large share of renewables - Competitive product and services in 2 to 5 years - scalable / replicable solutions Innovation Action - TRL MEur EU funding per project M EUR More specifically - Competitive demand response scheme - Flexibility and stability in the distribution grid - Near real time balancing - New services to the grid thanks to storage - Synergies with transport

8 8 LCE 3 Support to R&I strategy Scope - Support the coordination of stakeholders views on R&I - Analyse R&I landscape / projects - Develop R&I roadmap - Organise workshops gathering H2020 projects Coordination and Support Action 4 MEur total Only one proposal will be selected 48 months duration recommended Impacts - Enhanced efficiency of R&I policy at EU level - Support to stakeholder community - Support to R&I roadmaps - Extract results from EU funded projects for policy making

9 LCE 4 Demonstration/Integration: Transmission 9 Scope - Power transmission technologies - Large scale storage - ICT/ tools for flexibility real time awareness / integration of storage / demand response / interface with the distribution grid / cross-border collaboration - Wholesale market participation of variable sources, remuneration of flexibility services, participation of aggregators Detailed analysis of regulations / codes / standards / business models / replication / obstacles to innovation Coordination with similar H2020 projects Innovation Action - TRL MEur EU funding per project MEur (subject to revision) Impacts - Design of electricity market - Enhanced interconnections between MS /energy networks - Well functioning wholesale market with large share of variable renewables - Cost effective integration of RES

10 LCE 5: Tools for coordination / integration 10 Scope Technological development / Tools Systems for: 1) End-to-end energy system planning 2) Tools for enhanced TSO / DSO coordination, ICT tools for cross-border trading 3) Solutions for neutral data access points for all energy actors 4) Synergies between electricity and heat / gas 5) Socio-economic and environmental aspects One or several areas can be addressed Research and Innovation Action 2-4 MEur EU funding per project (0.1 to 1 MEur if area 5 alone) 28 MEur (subject to revision) Impacts 1) Optimised grid design planning 2) Secure and coherent data handling for cross border trading and real time balancing 3) New services to the grid / business opportunities 4) Increasing the potential of exchange between energy networks / new services to the grid 5) Place the consumer at the center, avoid blockage due to lack of social acceptance.

11 11 Other Actions 29. Coordination of renewable fuel stakeholder's strategy in the field of aviation 30. Support for alternative and renewable liquid and gaseous fuels forum (policy and market issues) 31. A joint mapping platform for bioenergy issues 41. Energy System Modelling 42. Studies on the EU energy system in support of policy 56. An Economic Evaluation for SET-Plan 57. Mapping technology priorities of SET-Plan to incentives for the investment community 58. Community-Building of the investment community for innovative energy technology projects

12 12 Other Topics of Interest Potential ERA-NET relevant to 'Towards an integrated EU energy system' in 2017 NMBP : Innovative and sustainable materials solutions for the substitution of critical raw materials in the electric power system NMBP : Cost-effective materials for 'power-tochemical' technologies ICT : Big Data PPP: Large Scale Pilot projects in sectors best benefitting from data-driven innovation EUB : (IoT) Utilities: energy management at home and in buildings (in the frame of the EU collaboration with Brazil)

13 13 WP LCE 1-5 Towards an integrated EU energy system Rémy Dénos DG Energy Unit C2 New Energy Technologies and Clean Coal Societal Challenge 3: Secure, Clean and Efficient Energy

14 14 WP Modernising The Electricity Grid 2014 LCE 7 - Distribution grid and retail market (RIA) 2015 LCE 5 - Innovation and technologies for the deployment of meshed off-shore grids LCE 6 - Transmission grid and whole sale market MEur Providing the energy system with flexibility through enhanced energy storage technologies 2014 LCE 8 Local / small-scale storage LCE 10 Next generation technologies for energy storage 2015 LCE 9 Large scale energy storage MEur