Analysing the role of fusion power in the future global energy system

H. Cabal, Y. Lechón, U. Ciorba, F. Gracceva, T. Eder, T. Hamacher, Antti Lehtila, M. Biberacher, P.E. Grohnheit, D. Ward, W. Han, C. Eherer, A. Pina

    Research output: Contribution to journalArticle in a proceedings journalScientificpeer-review

    2 Citations (Scopus)

    Abstract

    This work presents the EFDA Times model (ETM), developed within the European Fusion Development Agreement (EFDA). ETM is an optimization global energy model which aims at providing the optimum energy system composition in terms of social wealth and sustainability including fusion as an alternative technology in the long term. Two framework scenarios are defined: a Base case scenario with no limits to CO2 emissions, and a 450ppm scenario with a limit of 450ppm in CO2-eq concentrations set by 2100. Previous results showed that in the Base case scenario, with no measures for CO 2 emission reductions, fusion does not enter the energy system. However, when CO2 emission restrictions are imposed, the global energy system composition changes completely. In a 450ppm scenario, coal technologies disappear in a few decades, being mainly replaced by nuclear fission technologies which experience a great increase when constrained only by Uranium resources exhaustion. Fission technologies are then replaced by the fusion power plants that start in 2070, with a significant contribution to the global electricity production by 2100. To conclude the work, a sensitivity analysis will be presented on some parameters that may affect the possible role of fusion in the future global energy system.
    Original languageEnglish
    Article number01006
    Number of pages8
    JournalEPJ Web of Conferences
    Volume33
    DOIs
    Publication statusPublished - 2012
    MoE publication typeA4 Article in a conference publication
    Event2nd European Energy Conference, E2C 2012 - Maastricht, Netherlands
    Duration: 17 Apr 201220 Apr 2012

    Fingerprint

    fusion
    energy
    nuclear fission
    exhaustion
    sensitivity analysis
    power plants
    electricity
    coal
    uranium
    fission
    constrictions
    resources
    optimization

    Cite this

    Cabal, H., Lechón, Y., Ciorba, U., Gracceva, F., Eder, T., Hamacher, T., ... Pina, A. (2012). Analysing the role of fusion power in the future global energy system. EPJ Web of Conferences, 33, [01006]. https://doi.org/10.1051/epjconf/20123301006
    Cabal, H. ; Lechón, Y. ; Ciorba, U. ; Gracceva, F. ; Eder, T. ; Hamacher, T. ; Lehtila, Antti ; Biberacher, M. ; Grohnheit, P.E. ; Ward, D. ; Han, W. ; Eherer, C. ; Pina, A. / Analysing the role of fusion power in the future global energy system. In: EPJ Web of Conferences. 2012 ; Vol. 33.
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    abstract = "This work presents the EFDA Times model (ETM), developed within the European Fusion Development Agreement (EFDA). ETM is an optimization global energy model which aims at providing the optimum energy system composition in terms of social wealth and sustainability including fusion as an alternative technology in the long term. Two framework scenarios are defined: a Base case scenario with no limits to CO2 emissions, and a 450ppm scenario with a limit of 450ppm in CO2-eq concentrations set by 2100. Previous results showed that in the Base case scenario, with no measures for CO 2 emission reductions, fusion does not enter the energy system. However, when CO2 emission restrictions are imposed, the global energy system composition changes completely. In a 450ppm scenario, coal technologies disappear in a few decades, being mainly replaced by nuclear fission technologies which experience a great increase when constrained only by Uranium resources exhaustion. Fission technologies are then replaced by the fusion power plants that start in 2070, with a significant contribution to the global electricity production by 2100. To conclude the work, a sensitivity analysis will be presented on some parameters that may affect the possible role of fusion in the future global energy system.",
    author = "H. Cabal and Y. Lech{\'o}n and U. Ciorba and F. Gracceva and T. Eder and T. Hamacher and Antti Lehtila and M. Biberacher and P.E. Grohnheit and D. Ward and W. Han and C. Eherer and A. Pina",
    year = "2012",
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    Cabal, H, Lechón, Y, Ciorba, U, Gracceva, F, Eder, T, Hamacher, T, Lehtila, A, Biberacher, M, Grohnheit, PE, Ward, D, Han, W, Eherer, C & Pina, A 2012, 'Analysing the role of fusion power in the future global energy system', EPJ Web of Conferences, vol. 33, 01006. https://doi.org/10.1051/epjconf/20123301006

    Analysing the role of fusion power in the future global energy system. / Cabal, H.; Lechón, Y.; Ciorba, U.; Gracceva, F.; Eder, T.; Hamacher, T.; Lehtila, Antti; Biberacher, M.; Grohnheit, P.E.; Ward, D.; Han, W.; Eherer, C.; Pina, A.

    In: EPJ Web of Conferences, Vol. 33, 01006, 2012.

    Research output: Contribution to journalArticle in a proceedings journalScientificpeer-review

    TY - JOUR

    T1 - Analysing the role of fusion power in the future global energy system

    AU - Cabal, H.

    AU - Lechón, Y.

    AU - Ciorba, U.

    AU - Gracceva, F.

    AU - Eder, T.

    AU - Hamacher, T.

    AU - Lehtila, Antti

    AU - Biberacher, M.

    AU - Grohnheit, P.E.

    AU - Ward, D.

    AU - Han, W.

    AU - Eherer, C.

    AU - Pina, A.

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    AB - This work presents the EFDA Times model (ETM), developed within the European Fusion Development Agreement (EFDA). ETM is an optimization global energy model which aims at providing the optimum energy system composition in terms of social wealth and sustainability including fusion as an alternative technology in the long term. Two framework scenarios are defined: a Base case scenario with no limits to CO2 emissions, and a 450ppm scenario with a limit of 450ppm in CO2-eq concentrations set by 2100. Previous results showed that in the Base case scenario, with no measures for CO 2 emission reductions, fusion does not enter the energy system. However, when CO2 emission restrictions are imposed, the global energy system composition changes completely. In a 450ppm scenario, coal technologies disappear in a few decades, being mainly replaced by nuclear fission technologies which experience a great increase when constrained only by Uranium resources exhaustion. Fission technologies are then replaced by the fusion power plants that start in 2070, with a significant contribution to the global electricity production by 2100. To conclude the work, a sensitivity analysis will be presented on some parameters that may affect the possible role of fusion in the future global energy system.

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    M3 - Article in a proceedings journal

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    JO - EPJ Web of Conferences

    JF - EPJ Web of Conferences

    SN - 2101-6275

    M1 - 01006

    ER -