SET Plan Grids Initiative (EEGI) Coordinating EU Grids R&D · SET Plan Grids Initiative (EEGI)...

Research andInnovation

Patrick Van HoveDG Research & Innovation

SET Plan Grids Initiative (EEGI)Coordinating EU Grids R&D

Coordinated R&D for electricity gridsEUSEW, Brussels, 18 June 2015


The EU Strategic Energy Technologies Plan

2008-2015

Technology action supporting European energy policy Accelerate technology development, technology transfer & uptake

Reference for coordinated European and national technology innovation

Enhance European competitiveness in low-carbon technologies

2020 perspective: European Industrial Initiatives public-private partnerships for short to medium term

European Electricity Grids Initiative EEGI

beyond 2020: European Energy Research Alliance joint programming for medium to long term

EERA Joint Programme Smart Grids - ELECTRA

SET Plan Integrated Roadmap 2014 Holistic view of energy system

Integrate consumers, demand-side actions


The European Electricity Grids Initiative

Main drivers:

Integrating up to 35% of Renewable electricity by 2020, more later on

Integrating national networks and markets into a pan-European network

Engaging active customers in energy efficiency and markets

NEW – Integrating storage services at all levels

Challenges from renewable electricity

Variability of renewables – need flexibility from generation, active demand, interconnections, storage

Generation far from consumption – need more grid capacity

From 100's to millions of supply points – need active distribution, automation

Coordination across EU and national projects

ERA-NET joint calls


EEGI: Coordinating Grids R&D in Europe

Developing a shared RD&D agenda

EEGI roadmap and Implementation plan–ENTSO-E, EDSO, ETP, EASE (NEW)

Inspiration for calls and proposals

Mapping the progress of running projects

Detailed analysis of running projects, gap analysis

Key Performance Indicators

Running knowledge sharing actions

Knowledge sharing workshops

Gridinnovation-on-line.eu on-line knowledge base

Families of Projects – linking MS and EU projects

Conferences – Innogrid2020+

Interoperability – use of standards

400+ grid projects in the UE:

Majority of projects and financing at Member State level


EU FP7 projects completing end 2015

Transmission: EHIGHWAY-2050: Modular planning of pan-European grids

with a 2050 perspective

ITESLA, UMBRELLA: Secure pan-European grid operations

Distribution: GRID4EU, ECOGRID-EU: Large DSO Demonstrations

Families of Projects:

IGREENGRID, SINGULAR, SUSTAINABLE: RES integration

DISCERN: Distributed Intelligence

S3C: Smart Customer – Consumer – Citizen

Important strategic results looking for exploitation

Progress in cooperation processes and outcomes


“Evolving role of DSO” Projects

DREAM, evolvDSO, IDE4L, INCREASE

Business, system and functional aspects of new DSO roles

Complementary approaches

3-year projects, now at mid-term

Joint activities

Workshop Aachen, 19 March 2015

Wider set of projects: ELECTRA, FINESCE, FLEXICIENCY, EWE

Winter school, Grenoble 14-16 December 2015

Will develop recommendations on regulation, market, policy

CEER presentation

Link with Smart Grids Task Force EG 3:


Thank you

[email protected]

http://ec.europa.eu/research/energy/index_en.cfm

http://www.gridplusstorage.eu/

http://www.smartgrids.eu/

mailto:[email protected]

http://ec.europa.eu/research/energy/index_en.cfm

http://www.gridplus.eu/


A service contract funded by the European Commission under the Horizon 2020 Programme

1With the support of the FP7 Programme

Joint EUSEW workshop: Horizon 2020 work programs / long-term R&D road mapping

GRID+Storage implementation plan 2016-18 and ETP SmartGrids WP 2016-17 topics for the Horizon 2020 work programme 2016-17

Dr Venizelos Efthymiou , ETP SmartGrids

Serge Galant, coordination of GRID+Storage



EUSEW Meeting 18th June2015

Outline

• The R&D road mapping background

• The contribution of the ETP SmartGrids

• The contribution of GRID+STORAGE

• The next steps



EERA smart grids

S/T

Objectives

TRL for

network

operators

Basic

Principles

Observed

Technology

Concept

Formulated

Experimental

Proof of

Concept

Technology

Validation

in Lab

Tech valid.

in relevant

environment

Demonstration

in relevant

environment

Demonstration

in operational

environment

System

complete

and

qualified

Successful

Mission

operations

Technology

push

Pan

European

Exploitation

1 2 3 4 5 6 7 8 9

Market

pull

EASE/EERA

Smart Grid TP SRA

EEGI roadmap CBA

Basic

Principles

Observed

Technology

Concept

Formulated

Experimental

Proof of

Concept

Technology

Validation

in Lab

Tech valid.

in relevant

environment

Demonstration

in relevant

environment

Demonstration

in operational

environment

System

complete

and

qualified

Successful

Mission

operations

1 2 3 4 5 6 7 8 9

TRL for

technology

providers

A collaborative R&I roadmapping process

ETP SmartGrids Work Programme 2016

– 2017 topics for Horizon 2020

Dr Venizelos Efthymiou

www.smartgrids.eu

4



Strategic orientations for R&I

roadmap

Translate energy policy objectives into concrete actions

Reflect energy system challenges identified in the SET-Plan

Integrated Roadmap

Active consumer within the energy system;

Increasing energy efficiency across the energy system;

System optimisation;

Secure, cost-effective, clean and competitive supply;

Align with the ETP SG SRA 2035, update the EEGI R&I

roadmap,

Taking into account outcomes/lessons learned from National

and European R&I activities

5

Input data to the roadmapping process

Horizon 2020 - Work Programme 2014-2015: Secure, Clean and

Efficient Energy

The ETP SmartGrids Strategic Research Agenda (SRA) 2035

EEGI (European Electricity Grid Initiative) Research and Innovation

Roadmap 2013-2022

EEGI Implementation Plan 2014 – 2016

The Grid+ project: Mapping and Gap analysis

JRC (Joint Research Centre): Published map of smart grid projects

Strategic Energy Technology SET Plan: Towards an integrated

roadmap: Research & Innovation Challenges and Needs of the EU

Energy System

6

Members of WGs from allover Europe

7

WG1: Top priorities

8

Grid Monitoring

Observability/system response

Sensor networks

Power electronics

Bidirectional flow of data for grid

control

Security & Resilience

System automation and self

healing

Smart Transmission planning

methodologies

Tools for pan-European network

planning

Ancillary services and active

demand

Provided through DSO’s or other

market participants

Integration of Electric Vehicles

WG2: Top priorities

9

Business Cases for Storage

RD&D for non-mature

technologies

Integration of Storage into Markets

Research on market mechanisms

and associated regulations

Power electronics for the control

of Storage

Necessary improvement in

storage connected power

electronic modules (cost

reduction, new performances, …)

Use of storage across energy

carriers

Studies needed on Power to

Heat, Power to Gas, Power to

H2, …

WG3: Top priorities

10

Aggregation of flexibility

Available technologies

Demand side segmentation

Smart metering data

Availability and visualization

Regulation and actors

Energy tariff systems

Relation with the end consumer

Regulation in member states

Sociological aspects of the end

consumer

Attitude towards new

technologies

Flexibility potential



EUSEW Meeting 18th June2015 11

Support to the European Commission (DG Energy) in defining a European R&D roadmap

integrating energy storage into grid research and innovation activities

Grid+Storage partners:



The EEGI R&I roadmap: a single overarching goal

Four technologylevels covered bySET Plan researchand innovationactivities

An overarching goal for the existing EEGI roadmap

“To allow European electricity networks continuously deliver an

effective flexible capacity to integrate actions of grid users at

affordable costs”




Storage integration: the main focus of the integrated roadmap… to increase system flexibility

Demand-side management

Flexible conventional generation

Energy storage

Electricity consumptionConsumers and prosumers

Electricity generation Thermal and renewable sources

Electricity networks

=System

Backbone



Functional integration of storage-

based solutions into the system

Optimal mix, interfaces, experimental

data and simulations to validate end-

to-end functionalities. MRL 7-8,

aim TRL (op): 5-7

Temporal integration of storage-based solutions

R&D activities to shape the life cycle cost of integrated

solutions (reliability, techno-economic performances,

manufacturability).TRL: 6-8

Spatial/ environmental integration of storage-based solutions

Fine-tuning of optimal scale, adjustment to local climates and to

specific areas. Aim TRL 9.

FLEXIBILITY FROM

STORAGE-INTEGRATED SOLUTIONS




The implementation plan 2016-2018

A draftimplementationplan deliveredby ENTSO-E,

EDSO and EASE

A public consultation with

feed back fromplayers including

the ETP Smartgird

A final implementationplan deliveredby ENTSO-E,

EDSO and EASE




IP 16-18 managed by EDSO

Topics Topics

2016 Smart Metering Data Processing

2017 Network Management Tools (including storage options)

2017 Medium DER Integration (including storage options)

2017 Asset Management

2018 Active Demand

2018 Monitoring and control of LV network

2018 New Approaches for Market Design

2018 Infrastructure to host Electric/Hybrid Vehicles

IP 16-18 managed by EDSO or ENTSO-ETopics

Topic 2016

(EDSO)Ancillary services provided through DSOs and Aggregator Agents

Topic 4-2016

(ENTSO-E)

Demand Side Response: load control mechanisms and ancillary

services at TSO and DSO levels

Topic 2-2017

(ENTSO-E)Improved defence and restoration plan




IP 16-18 managed by ENTSO-E

Topics

Topic 1-2016 Fast storage technologies needed by TSOs

Topic 2-2016 Control System of the future: real time tools for control centres

Topic 3-2016 Monitoring & observation tools for power network infrastructures

Topic 1-2017 Advanced tools for new market models

Topic 3-2017 Market modelling and system adequacy assessment for long-term planning

Concept 1-2018 Data & information management for system operation and asset management

Concept 2-2018 Realisation of ultra-high-voltage lines with partial underground cabling




Topics from EASE integrated into ENTSO-E topics

Year Topics

2016Active demand at TSO level using centralised control (at DSO level) of small scale energy

storage units for cross border exchanges

2016 Role of storage system to optimally integrate RES in short-term markets

2016Technology and market conditions allowing electricity storage units to provide ancillary

services including in cross-border modes

2017Long-term network planning tools involving storage for capacity firming, active demand

and investment deferral

2017 Electricity storage for defense and restoration plans

2017 Market design allowing storage system to join cross-border capacity markets




Topics from EASE managed by EASE with the participation of ENTSO-E

Year Research and innovation topics

Connections with

network operators

Topics

2016Power2X storage involving the carbon intensive industrial

sector (power, combined heat and power, process industries)

ENTSO-E

•Topic 1-2016

•Topic 1-2017

•Topic 3-2017

•Concept 2-2018

•Topic 2-2017

2018System integration of seasonal storage of energy involving

cross-border exchanges

ENTSO-E

•Topic 1-2016

•Topic 1-2017




Thank you for your attention!

20

FROM LOCAL TRIALS TOWARDS A

EUROPEAN KNOWLEDGE COMMUNITY

E U S E W, B r u s s e l s , 1 8 J u n e 2 0 1 5

M i c h a e l H ü b n e r, b m v i t

ERA-NET SMART GRIDS PLUS …

• is a network of RDD funding programs- 23 partners from 21 European countries/regions

• will promote applied research, piloting and demonstration in the field of smart grids,

with a focus on (comparative) validation, scaling-up and replication, integrating the

layers “technology”, “marketplace” and “adoption”

• will build on the already existing, national and regional key pilots, demo projects

and facilities as well as the related investments by industry and the public

(>2.500 Mio € ), by facilitating deep knowledge sharing in new transnational RDD projects

and taking the next step in Smart Grids development while building on the existing demos.

• will establish a sustainable cooperation structure between national Smart Grids

programmes, contribute to joint programming in the framework of the SET-Plan,

organise the learning between projects, between programs and from the European

SET-Plan level down to the regional and local level

19 May, 2015 © 2015 – ERA-Net Smart Grids Plus 2

ERA-NET SMART GRIDS PLUS

PARTNER COUNTRIES AND REGIONS

ERA-Net SG+ Geographical CoverageJRC Smart Grid Projects Heat Map


CONTRIBUTE TO JOINT PROGRAMMING

IN EUROPE (SET-PLAN)


ERA-NET SMART GRIDS PLUS VISION

© 2015 – ERA-Net Smart Grids Plus

TRL

1 2 3 4 5 6 7 8 9

WHAT ERA-NET SMART GRIDS PLUS

WILL ACHIEVE DURING 2015-2019

• Create 15-20 transnational projects on applied research, piloting and

demonstration in the field of Smart Grids, building on existing demos in a first

joint call in 2015 (~ 40 Mio Euro)

• Create more transnational projects resulting from additional calls, expanding the

first co-funded joint call as well as focusing on specific topics and cross-cutting

issues in 2016-2019 (e. g. storage, specific aspects like security, ICT, etc.)

• Establish an ERA-Net SG+ knowledge community that organises the learning

towards scaling-up and replication by establishing working groups and living

douments on specific crosscutting issues, linking initiatives on the national and

regional level and connecting this community with the European level


COOPERATION STRUCTURE: LEVEL1: PROGRAMMES & PROJECTS

national / regional Programs

Transnational„Families of Projects“

funded by ERA-Net SG+

National / RegionalPilots and Demosusually represented by partner(s) of original consortium

Additional RDD Partners(Grid Operators, Industry, Research, Entrepreneurs, …)

Joint Calls

23 June, 2015 © 2015 – ERA-Net Smart Grids Plus 7

Coordinator

Office

Call Management

COOPERATION STRUCTURE: LEVEL 2: KNOWLEDGE COMMUNITY

national / regional Programs

Joint Calls

23 June, 2015 © 2015 – ERA-Net Smart Grids Plus 8

Coordinator

Office

Call Management

Support Team Working Groups

• organise the learning among project teams

• focus on scaling-up and replication

• structured along specific crosscutting issues

• develop living documents

Knowledge Community

Storage &

COOPERATION STRUCTURE: LEVEL 3: SET-PLAN

Coordinator

Office

Call Management

Support Team


European Knowledge Base (EEGI-ENTSO-EDSO, Task Force, CEN-Cenelec-ETSI, GRID+, CEER….)

Knowledge Community

• Organise the learning from the European SET-Plan level down to the regional and local level

• Report to EC and the EEGI-team / SERIG

• connect with other initiatives liase on institutional level e.g. EERA

• Share and utilise outcomes and tools with other initiatives practical and workgroup levele.g. GRID+ Storage

THANK YOU FOR YOUR ATTENTION

Michael Hübner

Coordinator ERA-Net Smart Grids Plus

Austrian Ministry of Transport, Innovation and Technology

[email protected]

www.eranet-smartgridsplus.eu


http://www.eranet-smartgridsplus.eu/

FUNDING PARTNERS

19 May, 2015 © 2015 – ERA-Net Smart Grids Plus 1123 June, 2015 © 2015 – ERA-Net Smart Grids Plus 11

ERA-Net Smart Grids Plus will besupported by funding from theEuropean Union‘s Horizon 2020research and innovation programme.

LINKS AND RESOURCES

• Website www.eranet-smartgridsplus.eu (Newsletter !)

• Call Information http://www.eranet-smartgridsplus.eu/research-calls/

• National Contact Points http://www.eranet-smartgridsplus.eu/contact/

• “Smart Grids Demo Snapshots”, collection containing 34 key-demonstration projects from 18 participating countries and regions (www.eranet-smartgridsplus.eu)

• Matchmaking Platform where potential project partners can present themselves and organise b2b meetings (http://www.b2match.eu/smartgridsplus).



http://www.eranet-smartgridsplus.eu/research-calls/

http://www.eranet-smartgridsplus.eu/contact/


http://www.b2match.eu/smartgridsplus

evolvDSO project: the role of the DSOKey policy issues related to market design

Helena Gerard (VITO)

EUSEW workshop

Brussels, 18/06/2015

evolvDSO project

EUSEW 2

Evolution of DSO rolesDemand response

and consumer awareness

TSO – DSO cooperation

Active integration of DRES

Validation and exploitation of

flexibility resources

Meter and network data management

FP7 Call for proposal: Energy.2013.7.1.1

Project Consortium: 16 partners including DSOs, TSOs, associations, research institutions and new market players .

Duration: September 2013 – December 2016

Project budget: 7,8 M€

2

Development of methodologies and tools for new and evolving DSO roles for efficient DRES integration in distribution networks

18/06/2015 2

Why is evolvDSO relevant in the current context?

3

Wide array of distributed energy resources are allowing and requiring changes in the way DSOs plan and operate the networks under their responsibility

What new roles must the DSO assume to adapt to the changing

energy paradigm, while maintaining necessary quality of supply standards?

What new services can the DSO provide in the future in order to better

support the energy markets?

What new tools/methodologies must be developed to support these

new roles?

How must regulation and markets be adapted to support a cleaner

and more efficient energy system in line with the new DSO role?

EUSEW18/06/2015

http://images.google.it/imgres?imgurl=http://www.rts-italia.com/immagini/fotovoltaico3(modificato).jpg&imgrefurl=http://www.rts-italia.com/impianti-fotovoltaici/&usg=__h3FavndBbWKKHj8wY0r1xb1a8T0=&h=400&w=400&sz=32&hl=it&start=20&um=1&itbs=1&tbnid=WvXcgsh2rprhmM:&tbnh=124&tbnw=124&prev=/images?q=fotovoltaico&start=18&um=1&hl=it&sa=N&rlz=1T4ADBF_itIT300IT300&ndsp=18&tbs=isch:1

http://images.google.it/imgres?imgurl=http://www.rts-italia.com/immagini/fotovoltaico3(modificato).jpg&imgrefurl=http://www.rts-italia.com/impianti-fotovoltaici/&usg=__h3FavndBbWKKHj8wY0r1xb1a8T0=&h=400&w=400&sz=32&hl=it&start=20&um=1&itbs=1&tbnid=WvXcgsh2rprhmM:&tbnh=124&tbnw=124&prev=/images?q=fotovoltaico&start=18&um=1&hl=it&sa=N&rlz=1T4ADBF_itIT300IT300&ndsp=18&tbs=isch:1

4

RolesRole model defined by the EvolvDSO project

EUSEW18/06/2015

5

evolvDSO: the roles modelAnalysis of the interaction between roles and with other actors

Markets for:Energy WholesaleDemand Response

BalancingCapacity

Ancillary services

Distributionconstraints market

evolDSO roles model

Flexibilityoperator

Authorities and providers

Regulators

Grid Users

BRPs/suppliers

TSO

Smart meteroperator

Smart meteroperator

Distribution system optimizer Data Manager

Neutral Market Facilitator

DistributionConstraints Market

OfficerContributor tosystem security

Other Third PartiesRelationship

manager

18/06/2015 EUSEW

RolesChallenges for the adoption of roles

18/06/2015 6EUSEW

Current regulatory framework does not allow DSOs to contract flexibility

Interaction between roles raises questions with respect to neutrality

DSOs as market facilitator versus contractor of flexibility

Potential assignment of certain roles to third party

e.g. smart meter operator, data manager

Flexibility allocation between TSO-DSO-BRP should reflect a social optimumSocial

optimum?

TSO

DSO BRP

Conclusions

18/06/2015 7EUSEW

DSO roles have to evolve towards an active management approach which requires more responsibilities to be assigned to DSOs

The roles model defines the framework needed to exploit opportunities brought by a smart grid environment and allow DSOs to carry out its responsibilities

The regulatory framework would have to be adapted to enable DSOs to adopt new roles e.g. the ability to contract flexibility and use it for constraints management

In addition, the regulatory framework should promote innovation and collaboration between network operators and other stakeholders in the energy system

THANK YOU!

For more information: www.evolvdso.eu

18/06/2015 EUSEW 8

SET Plan Grids Initiative (EEGI) Coordinating EU Grids R&D · SET Plan Grids Initiative (EEGI)...

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