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Distributed Energy Resources (DER) are already used in Europe (for instance wind turbines or CHP in industry). DER comply with the European Directivesrequiring to act on the demand side, improving efficiency, ensuring security of supply of clean energy and completing the development of new sustainable energy generation and transformation technologies, such as renewable energies and fuel cells. However, there is a trade-off point between the benefits of DER and the adverse grid effects at distribution and even transmission levels that penalise today the wide penetration of DER in Europe.This new approach will provide five “fast-tracks options” to speed up the large-scale implementation of DER in Europe, by defining five market segments which will benefit from DER solutions, and fostering the R&D required to adapt DER technologies to the demands of these segments.
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www.eu-deep.comCoordinator :Gaz de France : Mr. Etienne GEHAIN, +33 1 49 22 59 65 - [email protected] the support of : ALMA Consulting Group : Ms. Fabienne BRUTIN, +33 4 72 35 80 30 - [email protected] management is operated with PRODIGE Internet platform : www.prodige.com
Key assetsInnovative organisation Large project that brings together the critical mass necessary to impact DER penetration in Europe Implements “demand-pull” rather than “technology-push” approach. Lead by utilities : requires close collaboration (including sharing of market data). Management based on effectiveness (intellectual property share of more 100 results pre-defined).
Exploitation of the new European 6th Framework Programme features Innovative relationship with the European Commission (more flexibility, more responsibility). Entry of new partners / exit of defaulting partners (part of EC grant to be allocated to yet unknown partners). Internal and external calls for proposals. Whole work package dedicated to the construction of ECG (exploitation of results hard-wired in the work programme).
ConsortiumUtilities :Gaz de France (France), Tractebel (Belgium),
Iberdrola (Spain), RWE Energy (Germany), Lodz Rgn Power (Poland), Electricity Authority of
Cyprus, EPA Attiki (Greece), Latvenergo (Latvia)
Equipment manufacturers and developers :
Bowman Power Systems (UK), TEDOM (Czech Republic), MTU (Germany), SAFT (France),
Siemens PTD (Germany), Siemens PSE (Austria), Heletel (Greece), ANCO (Greece), Fagrel (Italy)
Technical research centres, academics :
IIE-UPV (Spain), FEEM (Italy), ICCS/NTUA (Greece), VEIKI (Hungary), VTT (Finland), RTU
(Latvia), Labein (Spain), Laborelec (Belgium), STRI (Sweden), Tübitak (Turkey), KULeuven (Belgium),
AUTh (Greece), FIT (Cyprus), CENTER (Spain), CRES (Greece), Lund University (Sweden)
Engineering companies, SMEs, bank :
Technofi (France), EnergoProjekt (Poland), Transénergie (France), Capitalia (Italy)
Regulators, National agencies :KAPE (Poland), RAE (Greece)
EPA Attiki ,ANCO , Heletel ,AUTh , CRES ,ICCS/NTUA ,RAE
Bowman Power Systems
Gaz de France ,SAFT ,Technofi ,Transénergie
TEDOM
Fagrel , FEEM, Capitalia
Lund University ,STRI
Iberdrola ,CENTER , ,Labein , IIE-UPV
RWE Energy ,MTU ,Siemens PTD
Electricity Authority of Cyprus,FIT
Tractebel ,Laborelec ,KULeuven
Lodz Rgn Power ,EnergoProjekt ,KAPE
Latvenergo ,RTU
VEIKI
VTT
Tübitak
Siemens PSE
AcknowledgementSupported by the European Commission through the Sixth Framework Programme for Research and Development with up to 15 M€ (out of a to-tal budget of about 30 M€), the EU-DEEP project addresses the area “New technologies for energy carriers / transport and storage” of the “Sustainable development, Global change and ecosystems” thematic priority.It has been running since January 1st 2004 to June 30th 2009 (66 months).
UtilitiesManufacturersResearch CentresProfessionalsNational Agencies
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The birth of a EUropean Distributed EnErgy Partnershipthat will help the large-scale implementation of distributed energy resources in Europe
A European Project supported within the Sixth Framework Programme for Research and Technological Development
ContextDistributed Energy Resources (DER) are already used in Europe (for instance wind turbines or CHP in industry). DER comply with the European Directives requiring to act on the demand side, improving efficiency, ensuring security of supply of clean energy and completing the development of new sustainable energy generation and transformation technologies, such as renewable energies and fuel cells. However, there is a trade-off point between the benefits of DER and the adverse grid effects at distribution and even transmission levels that penalise today the wide penetration of DER in Europe.
A group of eight leading European energy utilities have joined forces to
remove, in five years from January 2004, most of the technical and non-
technical barriers which prevent a massive deployment of distributed energy
resources (DER) in Europe.
In partnership with manufacturers, research organisations, professionals,
national agencies and a bank, they follow a demand-pull rather than
technology-push approach.
This new approach will provide five “fast-tracks options” to speed up
the large-scale implementation of DER in Europe, by defining five market
segments which will benefit from DER solutions, and fostering the R&D
required to adapt DER technologies to the demands of these segments.
To achieve these objectives, a set of iterative R&D tasks (Work packages) by
utilities, research laboratories, manufacturers of generator sets, storage and
grid connection equipment, and investment bodies to qualify the prospects
of the newly defined market segments.
EU-DEEP initiative
WP1Demand
descriptionand modelling
WP4Techno R&D
WP5Techno validation
WP6Training
WP8ECG
WP7Dissemination
WP2Grid and marketintegration
WP3Local Trading
Strategies
WP1WP4
WP5
WP2 WP3
Demand segment 1
Demand segment 2
Demand segment 3
Demand segment 4
Demand segment 5
WP1 - Demand description and modelling
WP2 - Grid and market integration
WP3 - Local Trading Strategies
WP4 - Techno R&D
WP5 - Techno validation
WP6 - Training
WP7 - Dissemination
WP8 - ECG
As the diagram above shows, EU-DEEP wants to start from the present situation in Europe, and to provide solutions to dramatically change the DER penetration in Europe to a new trade-off point, where benefits and drawbacks of DER have changed to a point favouring more DER contribution.
Organization of the Work Packages in EU-DEEP
Expected impacts
European organisations can further study emerging DER markets in Europe
Demand for DER systems is optimised, thanks to a Local Trading Strategy which succeeds at changing consumer energy demand patterns
Construct a European demand model, calibrated on an 80 million clients profile database (in at least 7 countries)
Show how demand can be adapted in order to help DER technology fit better the market requirements
On European Energy demandObjective Impact
The EU directives regarding various energy related policies have the corresponding technologies to ensure proper field implementation
Regulatory bodies have access to the proper information to recommend DER integration in European energy grids.
Foster focused development and validation of DER technology (meeting precise demands from the European demand model)
Specify key technology components and control approaches to allow the smooth integration of DER technologies in distribution networks
On TechnologiesObjective Impact
Intermediate actors (consultants, engineering and maintenance companies…) are ready to bring innovative solutions into operation.
Anyone worldwide willing to assess DER potential using a demand appraisal approach can rely on the ECG.
Communication and training program-me to disseminate knowledge and competence to designers, engineering and maintenance companies, consul-tants, equipment providers, utilities, academic players, end-users…
Create a European Competence Group (ECG) dedicated to future studies of DER technologies and market opportunities.
ImplementationObjective Impact
Two examples of CHP dedicated to the tertiary and residential markets
