EU-DEEP – The birth of a EUropean Distributed EnErgy Partnership that will help the large-scale implementation of distributed energy resources in Europe.FP6 Project: SES6-CT-2003-503516

A group of nine European energy utilities propose an Integrated Project to remove, in five years, 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 will implement a demand-pull rather than technology-push approach. This new approach will provide SIX “fast-tracks options” to speed up the large-scale implementation of DER in Europe, by defining SIX demand segments which will benefit from DER solutions, and fostering the R&D required to adapt DER technologies to the demands of these segments. A European Competence Group will be created to exploit commercially, beyond the end of the project, the development of the methodology to create the fast-track options. This development requires a set of iterative R&D tasks by utilities, research laboratories, manufacturers of generator sets, storage and grid connection equipment, and investment bodies to qualify the prospects of the newly defined demand segments. This work will be completed by one-year experimental measurements campaigns to gather realistic data on the life cycle costs of the candidate technologies. In order to validate the new demand-pull approach, a minimum of SIX demand segments must be studied: three market sectors (industrial, commercial and residential) times two DER demands (“incremental-DER” from existing DER applications, and “DER-breakthrough” from the study of disruptive behaviours introduced by new trading mechanisms). Manufacturers should then be in a position to launch industrialisation tasks of the most promising DER solutions. Policy makers will be able to measure the impact on CO2 production levels, and regulatory bodies will be able to release some of the barriers which still prevent more DER solutions from reaching market applications.
Period:  1/1/2004 –30/6/2009
Project Budget:
 30 million €
Project Coordinator:
Gas De France (GDF-SUEZ) (France)
Scientific Responsible for NTUA:
 Prof. N. Hatziargyriou
Funded: 6th Framework Program for Research and Development (FP6)-European Commission
Partners: Tractebel (Belgium),Bowman (UK),Iberdrola (Spain),TEDOM (Τσεχία),RWE Energy (Germany),MTU (Germany),EAC (Cyprus),SAFT (France),EPA Attiki (Greece),Siemens PTD (Germany),Latvenergo (Letonia),Siemens PSE (Austria),CRES(Greece),Heletel (Greece) ,ANCO (Greece),IEA/LTH (Sweden),LABEIN (Spain),IIE-UPV (Spain),IMPERIAL (UK),FEEM (Ιtaly),Laborelec (Belgium),VEIKI (Hungary),STRI (Sweden),VTT (Finland),RTU (Letonia),RAE (Greece) ,KULeuven (Belgium),Enersearch  (Sweden),AUTH (Greece),SEAES (France),FIT (Cyrpus),ENPROM (Germany),Technofi (France),KAPE (Poland),EnergoProjekt (Poland),TUBITAK Marmara Research Center (Turkey),Transenergie (France),Enersearch (Sweden)