EWEA seminar presentation H2020 Grid

THE EU FRAMEWORK PROGRAMME
FOR RESEARCH AND INNOVATION
HORIZON 2020
Electricity Grid
Energy Storage
2014-2015 Calls
Matthieu Craye
DG ENER – C2
Not legally binding – check official documents
H2020 Basic principles
• 2-year work programme
 One call BUT several deadlines and 1-stage/2-stage
• Challenge-based approach (not prescribing technology
options)
• Energy Challenge: Focus areas
• Use of TRLs to specify scope of activities
• Indicative range of Project sizes
• Grant signature within 8 months from submission deadline
Evaluation criteria
• S&T Excellence
• Clarity and pertinence of the objectives
• Credibility of the proposed approach
• Soundness of the concept, [.] transdisciplinarity [.]
• Impact !! Weight of 1.5 for ranking of IA
• Expected impacts listed in WP under the topic
• Enhancing innovation capacity and integration of new
knowledge
• Strengthening competitiveness of companies [.]
• Other social and environmental impacts
• Effectiveness of exploitation and dissemination
• Quality and efficiency of implementation
• Coherence and effectiveness of workplan
• Complementarity of participants
• Appropriateness of management procedures
Energy Challenge: Five Calls, 2014-2015
1.
2.
3.
4.
5.
Energy efficiency
Smart cities & communities
Competitive low-carbon energy
SME's and Fast Track to Innovation for Energy
Euratom Fission
CALL H2020-LCE-2014-2015
http://ec.europa.eu/research/participants/portal/desktop/en/
opportunities/h2020/index.html
Grid and Storage : SUBCALLS
H2020-LCE-2014-3
and H2020-LCE-2015-3
Call Competitive low-carbon energy
Topics*
Short-hand
Description
2014
(M€)
2015
(M€)
LCE1
New knoweldge & tech.
20
LCE2, LCE11
RES – Research
60*
59*
LCE3, LCE12
RES - Demonstration
73*
80*
LCE4, LCE14
Market uptake
20
20
LCE5, LCE6, LCE7
Smart grids
60
71,48
LCE8, LCE9, LCE10
Storage
44,15
26
LCE13
Joint topic with Brazil
LCE15, LCE16, LCE17
CCS & other
33
35
LCE18
ERANET
34,25
57,85
LCE19
Coordination of MS
3
3
LCE20
Socio-Eco.
10,5
LCE21
Socio-Eco.
LCE22
NCP Network
10
10
1,5
* Corresponds to the
topic code in the workprogramme
Grids & Storage - Overview
• Distribution Grid = 2014
• Transmission grid = 2015
• Small scale storage & storage technology - 2014
• Large scale storage = 2015
• Total budget: about 100M€/year
Overview – Call 2014 – 104.15M€
Deadline 7/5/2014
• Grid 2014 – 60M€
LCE 7: Distribution Grid (Innovation Actions)
• Storage 2014 – 44.15 M€
LCE 8: Local/Small Scale Energy Storage
(Innovation Actions)
LCE 10: Next Generation Energy Storage
(Research & Innovation Actions)
Overview – Call 2015: 97.48M€
Deadline 3/3/2015
• Grid 2015 – 71.48 M€
LCE 5: Meshed HVDC Offshore Grids
(Innovation Actions)
LCE 6: Transmission Grid & Wholesale market
(Innovation & R&I Actions)
• Storage 2015 – 26 M€
LCE 8: Large Scale Energy Storage
(Innovation Actions)
Grid 2014: 60 M€ *
• LCE-7: Distribution Grid
1.
2.
Development of ICT tools and services for smart grids
(3 to 4 projects of about 2.5 to 3 M€)
Demonstrate innovative system integration of DRES and
demand response in the real grid
(3 to 4 projects of about 9 to 12 M€)
3. Cheap smart meters (< 100 €)
(3 to 5 projects of about 2.5 to 3 M€)
4. Study best future ICT infrastructure
(1 project: about 1 M€)
• Budget for 2 = 38 M€;
• for 1 + 3 + 4 = 22 M€
Storage 2014: 44.15 M€
• LCE-8: Local/Small Scale Energy Storage
TRL: from 5-6 to higher (demonstration)
(2 to 4 projects of about 8 to 12 M€)
• LCE-10: Next Generation Energy Storage
TRL: from 2 to 5 (research)
(1 to 2 projects of about 6 to 9 M€)
Grid 2015: 71.48 M€
• LCE-5: Meshed HVDC off-shore Grid
1 to 2 projects about 30 - 40 M€
• LCE-6: Transmission grid and wholesale market
2 to 3 projects: about 12 - 15 M€
Storage 2015: 26 M€
• LCE-9: Large Scale Energy Storage
project size: about 20 - 25 M€
(one, maybe two projects)
Integrated
approach
• All demonstration projects shall integrate
• Innovative Technology development
• Innovative Business models
• Develop plans for market uptake (including
scaling-up and replication)
• Check existing market barriers and work out
proposals for solutions (policy, legislation,
regulation, etc.)
• Knowledge sharing among LCE 6 to LCE 10
projects
WP Impacts – LCE 7 Distribution
•
•
•
•
•
•
•
•
•
•
Demonstrate active demand in real world
Deliver innovative ICT-based services
Substantially increase local share of DER & RES
Opening markets for grid & system technologies
Active participation of prosumers & new players
Mitigating capital & operational costs of grids
Maximizing up-scaling and replication
Accelerating implementation of new policies
Lowering the cost of smart metering
Enabling open market for services deployment
WP Impacts–LCE 8 Small Storage
•
•
•
•
•
•
•
•
•
•
Demonstrate synergy local storage/grid/demand response
Demonstrate integration of storage services in ntwk mgt
Increase grid security & stability
Reduce grid congestion
Increase potential for grid services linked with storage
Enhance supply independence of remote areas with RES
Local management of balancing, congestions, security
Motivate a wider use of energy storage technologies
Accelerate business models for storage at local level
Deferred grid investments, lower cost of RES integration
Support to R&D strategy in the area of SET Plan
activities in smart grids and energy storage
Call for Tender (Part B of work programme)
• Develop roadmaps and priorities
• Monitor projects, programmes EU and worldwide
• Organise networking activities and knowledge
sharing
Indicative timeframe & budget:
• 2014 Q2 storage – 2yr duration – 1M€
• 2014 Q4 grids – 1yr duration – 0.5M€
THE EU FRAMEWORK PROGRAMME
FOR RESEARCH AND INNOVATION
HORIZON 2020
http://ec.europa.eu/research/participants/portal/desktop/en/opportunities/h2020/index.html
Thank you very much
for your attention
Matthieu CRAYE
DG ENER – C2
[email protected]