Title: Future Fossil Fuel Electricity Generation in Europe: Options and Consequences
Authors: TZIMAS EVANGELOSGEORGAKAKI ALIKIPETEVES ESTATHIOS
Publisher: European Commission
Publication Year: 2009
JRC N°: JRC42187
ISBN: 978-92-79-08176-7
ISSN: 1018-5593
Other Identifiers: EUR 23080 EN
OPOCE LD-NA-23080-EN-C
URI: http://publications.jrc.ec.europa.eu/repository/handle/JRC42187
DOI: 10.2790/38744
Type: JRC Reference Reports
Abstract: This study investigates the development of the fossil fuel fired power generation sector in Europe up to 2030 and identifies the critical factors that influence its evolution. Through the application of least-cost expansion planning theories, the technology and fuel mix of fossil fuel power plant portfolios emerging from twenty-four techno-economic scenarios are described. The different scenarios present alternative views for the role of non-fossil fuel (nuclear and renewable) power generation, the development of the world fuel and carbon markets and the carbon capture power generating technologies. The study estimates the needs for new fossil fuel capacity and identifies the optimal power plant mix for all possible combinations of the cases mentioned above. The impacts of the resulting portfolios on the objectives of the European energy strategy are assessed using as indicators the capital investment for the construction of the required capacity, the fuel consumption, the diversity of the fuel mix, the CO2 emission levels, and the average production cost of electricity from the fossil fuelled fleet. The report finds that high CO2 prices need to be maintained and carbon capture technology must be developed and become commercialised. If these conditions are met and medium or high fossil fuel prices prevail, the portfolio of fossil fuel power plants that will be deployed will be compatible with the European goal for the development of a more sustainable energy system. The key conclusion is that for a sustainable and safe energy system we need to invest, both in the increase of non-fossil fuel power generation and to ensure that carbon capture and storage technologies are ready to be deployed when needed.
JRC Institute:Institute for Energy and Transport

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