The energy-economy-environment interaction and the rebound-effect

A.P.A. Musters

    Research output: Book/ReportReportAcademic

    Abstract

    This study examines the Energy-Economy-Environment (3-E) interaction ingeneral and the rebound-effect in particular. The rebound-effect can be defined as that part of the initially expected energy savings, resulting from energy efficiency improvements, that is lost because of the 3-E interaction. To estimate the magnitude of this rebound-effect, the MARKAL-MACRO model has been used. MARKAL-MACRO is an integrated computer model, which is created by coupling the systems engineering model MARKAL and the macro-economic growth model MACRO.
    Original languageEnglish
    Place of PublicationPetten
    PublisherNetherlands Energy Research Foundation ECN
    Number of pages116
    Publication statusPublished - 1995

    Publication series

    NameECN-I
    Volume94053

    Fingerprint

    Systems engineering
    Energy efficiency
    Macros
    Energy conservation
    Economics

    Cite this

    Musters, A. P. A. (1995). The energy-economy-environment interaction and the rebound-effect. (ECN-I; Vol. 94053). Petten: Netherlands Energy Research Foundation ECN.
    Musters, A.P.A. / The energy-economy-environment interaction and the rebound-effect. Petten : Netherlands Energy Research Foundation ECN, 1995. 116 p. (ECN-I).
    @book{751491f6bd64489cab11f7e3b8c47c7f,
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    abstract = "This study examines the Energy-Economy-Environment (3-E) interaction ingeneral and the rebound-effect in particular. The rebound-effect can be defined as that part of the initially expected energy savings, resulting from energy efficiency improvements, that is lost because of the 3-E interaction. To estimate the magnitude of this rebound-effect, the MARKAL-MACRO model has been used. MARKAL-MACRO is an integrated computer model, which is created by coupling the systems engineering model MARKAL and the macro-economic growth model MACRO.",
    author = "A.P.A. Musters",
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    Musters, APA 1995, The energy-economy-environment interaction and the rebound-effect. ECN-I, vol. 94053, Netherlands Energy Research Foundation ECN, Petten.

    The energy-economy-environment interaction and the rebound-effect. / Musters, A.P.A.

    Petten : Netherlands Energy Research Foundation ECN, 1995. 116 p. (ECN-I; Vol. 94053).

    Research output: Book/ReportReportAcademic

    TY - BOOK

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    PY - 1995

    Y1 - 1995

    N2 - This study examines the Energy-Economy-Environment (3-E) interaction ingeneral and the rebound-effect in particular. The rebound-effect can be defined as that part of the initially expected energy savings, resulting from energy efficiency improvements, that is lost because of the 3-E interaction. To estimate the magnitude of this rebound-effect, the MARKAL-MACRO model has been used. MARKAL-MACRO is an integrated computer model, which is created by coupling the systems engineering model MARKAL and the macro-economic growth model MACRO.

    AB - This study examines the Energy-Economy-Environment (3-E) interaction ingeneral and the rebound-effect in particular. The rebound-effect can be defined as that part of the initially expected energy savings, resulting from energy efficiency improvements, that is lost because of the 3-E interaction. To estimate the magnitude of this rebound-effect, the MARKAL-MACRO model has been used. MARKAL-MACRO is an integrated computer model, which is created by coupling the systems engineering model MARKAL and the macro-economic growth model MACRO.

    M3 - Report

    T3 - ECN-I

    BT - The energy-economy-environment interaction and the rebound-effect

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    Musters APA. The energy-economy-environment interaction and the rebound-effect. Petten: Netherlands Energy Research Foundation ECN, 1995. 116 p. (ECN-I).