In the coming 20 years, decentralised generation (DG) is expected to play an in creasingly important role in the European electricity infrastructure and market. DG can be defined as small-scale generation connected to the distribution network or on the customer side of the meter. The application of DG is often highly loca tion specific and depends on such diverse issues as the possibilities of technical implementation, resource availability, environmental aspects, social embedding of the project, regulation and market conditions. These factors vary considerably among technologies and among the…mehr
In the coming 20 years, decentralised generation (DG) is expected to play an in creasingly important role in the European electricity infrastructure and market. DG can be defined as small-scale generation connected to the distribution network or on the customer side of the meter. The application of DG is often highly loca tion specific and depends on such diverse issues as the possibilities of technical implementation, resource availability, environmental aspects, social embedding of the project, regulation and market conditions. These factors vary considerably among technologies and among the ED Member States. The DECENT study (Decentralised Generation Technologies -Potentials, Suc cess Factors and Impacts in the Liberalised ED Energy Markets (Joerss et al. 2002" was designed and carried out to identify the main barriers and success fac tors to the implementation of DG projects within the ED and to formulate a num ber of related recommendations to ED and Member State policy makers to en hance the feasibility of DG projects within the internal energy market.
Wolfram Jörß, Institute for Future Studies (IZT), Berlin, Germany / Birte Holst Joergensen, Riso National Laboratory, Roskilde, Denmark / Peter Loeffler, Cogen Europe, Brussels, Belgium / Poul Erik Morthorst, Riso National Laboratory, Roskilde, Denmark / Uyterlinde Martine, ECN, Groningen, The Netherlands / Emiel van Sambeek, ECN, Groningen, The Netherlands / Timon Wehnert, Institute for Future Studies (IZT), Berlin, Germany
Inhaltsangabe
1 Introduction.- 2 What is Decentralised Generation?.- 3 Outline of Research Methodology.- 4 Status Quo and Developments of DG Technology.- 5 Liberalisation and Decentralised Generation in the EU Member States.- 6 Scenarios: Europe's DG Power Generation in the Year 2020.- 7 Case Study Analysis.- 8 Barriers and Success Factors for DG.- 9 Policy Implications.- 10 DG and Security of Supply.- 11 DG and EU Energy Technology R&D Policy.- 12 Conclusions and recommendations.- 13 References.- 14 Index.- Annex A: Survey questionnaire of the DECENT Futures Study.- Annex B: Characterisation of Case Studies.- Annex C: EU energy legislation applicable to DG.
1 Introduction.- 2 What is Decentralised Generation?.- 3 Outline of Research Methodology.- 4 Status Quo and Developments of DG Technology.- 5 Liberalisation and Decentralised Generation in the EU Member States.- 6 Scenarios: Europe's DG Power Generation in the Year 2020.- 7 Case Study Analysis.- 8 Barriers and Success Factors for DG.- 9 Policy Implications.- 10 DG and Security of Supply.- 11 DG and EU Energy Technology R&D Policy.- 12 Conclusions and recommendations.- 13 References.- 14 Index.- Annex A: Survey questionnaire of the DECENT Futures Study.- Annex B: Characterisation of Case Studies.- Annex C: EU energy legislation applicable to DG.
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