Magnetic Refrigeration – an Energy Efficient Technology for the Future

    Research output: Chapter in Book/Report/Conference proceedingArticle in proceedingsResearch

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    Abstract

    Magnetic refrigeration is an emerging technology that has the potential to significantly reduce the energy consumption in the refrigeration sector. The technology relies on the heating and cooling of magnetic materials upon the application and removal of a magnetic field, respectively. This magnetocaloric effect is inherent to all magnetic materials, but manifests itself stronger in some materials. The thermodynamically reversible nature of the magnetocaloric effect holds out the promise of a more energy efficient method of refrigeration compared to conventional compressor technology. Coupling this with an absence of ozone depleting and greenhouse contributing gasses gives magnetic refrigeration the potential to become an environmentally sustainable technology. The magnetic refrigeration group at Risø DTU aims to demonstrate the technology in a prototype magnetic refrigeration device. Our work spans a wide range of scientific and technological areas. At the pure science end there is the development and understanding of new magnetocaloric materials, while the design and implementation of a prototype device along with the processing of materials is at the technological engineering end. Tying the work together are advanced numerical computer models of the individual parts of the prototype. A simple yet versatile test machine located at Risø DTU is used to test and characterise new materials and to test the design, configuration and operating conditions relevant for a prototype device, while ensuring understanding through consistency with the numerical models.
    Original languageEnglish
    Title of host publicationEnergy solutions for CO2 emission peak and subsequent decline : Proceedings
    Number of pages316
    Place of PublicationRoskilde
    PublisherDanmarks Tekniske Universitet, Risø Nationallaboratoriet for Bæredygtig Energi
    Publication date2009
    Pages107-115
    ISBN (Print)978-87-550-3783-0
    Publication statusPublished - 2009
    EventRisø International Energy Conference 2009 - Risø DTU, Roskilde, Denmark
    Duration: 14 Sep 200916 Sep 2009

    Conference

    ConferenceRisø International Energy Conference 2009
    LocationRisø DTU
    CountryDenmark
    CityRoskilde
    Period14/09/200916/09/2009
    SeriesDenmark. Forskningscenter Risoe. Risoe-R
    Number1712(EN)
    ISSN0106-2840

    Keywords

    • Magnetic refrigeration
    • Fuel Cells and hydrogen
    • Risø-R-1712
    • Risø-R-1712(EN)

    Cite this

    Bahl, C. R. H., Smith, A., Pryds, N., & Linderoth, S. (2009). Magnetic Refrigeration – an Energy Efficient Technology for the Future. In Energy solutions for CO2 emission peak and subsequent decline: Proceedings (pp. 107-115). Roskilde: Danmarks Tekniske Universitet, Risø Nationallaboratoriet for Bæredygtig Energi. Denmark. Forskningscenter Risoe. Risoe-R, No. 1712(EN)
    Bahl, Christian Robert Haffenden ; Smith, Anders ; Pryds, Nini ; Linderoth, Søren. / Magnetic Refrigeration – an Energy Efficient Technology for the Future. Energy solutions for CO2 emission peak and subsequent decline: Proceedings. Roskilde : Danmarks Tekniske Universitet, Risø Nationallaboratoriet for Bæredygtig Energi, 2009. pp. 107-115 (Denmark. Forskningscenter Risoe. Risoe-R; No. 1712(EN)).
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    abstract = "Magnetic refrigeration is an emerging technology that has the potential to significantly reduce the energy consumption in the refrigeration sector. The technology relies on the heating and cooling of magnetic materials upon the application and removal of a magnetic field, respectively. This magnetocaloric effect is inherent to all magnetic materials, but manifests itself stronger in some materials. The thermodynamically reversible nature of the magnetocaloric effect holds out the promise of a more energy efficient method of refrigeration compared to conventional compressor technology. Coupling this with an absence of ozone depleting and greenhouse contributing gasses gives magnetic refrigeration the potential to become an environmentally sustainable technology. The magnetic refrigeration group at Ris{\o} DTU aims to demonstrate the technology in a prototype magnetic refrigeration device. Our work spans a wide range of scientific and technological areas. At the pure science end there is the development and understanding of new magnetocaloric materials, while the design and implementation of a prototype device along with the processing of materials is at the technological engineering end. Tying the work together are advanced numerical computer models of the individual parts of the prototype. A simple yet versatile test machine located at Ris{\o} DTU is used to test and characterise new materials and to test the design, configuration and operating conditions relevant for a prototype device, while ensuring understanding through consistency with the numerical models.",
    keywords = "Magnetic refrigeration, Fuel Cells and hydrogen, Ris{\o}-R-1712, Ris{\o}-R-1712(EN), Magnetisk k{\o}ling, Br{\ae}ndselsceller og brint",
    author = "Bahl, {Christian Robert Haffenden} and Anders Smith and Nini Pryds and S{\o}ren Linderoth",
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    Bahl, CRH, Smith, A, Pryds, N & Linderoth, S 2009, Magnetic Refrigeration – an Energy Efficient Technology for the Future. in Energy solutions for CO2 emission peak and subsequent decline: Proceedings. Danmarks Tekniske Universitet, Risø Nationallaboratoriet for Bæredygtig Energi, Roskilde, Denmark. Forskningscenter Risoe. Risoe-R, no. 1712(EN), pp. 107-115, Risø International Energy Conference 2009, Roskilde, Denmark, 14/09/2009.

    Magnetic Refrigeration – an Energy Efficient Technology for the Future. / Bahl, Christian Robert Haffenden; Smith, Anders; Pryds, Nini; Linderoth, Søren.

    Energy solutions for CO2 emission peak and subsequent decline: Proceedings. Roskilde : Danmarks Tekniske Universitet, Risø Nationallaboratoriet for Bæredygtig Energi, 2009. p. 107-115 (Denmark. Forskningscenter Risoe. Risoe-R; No. 1712(EN)).

    Research output: Chapter in Book/Report/Conference proceedingArticle in proceedingsResearch

    TY - GEN

    T1 - Magnetic Refrigeration – an Energy Efficient Technology for the Future

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    N2 - Magnetic refrigeration is an emerging technology that has the potential to significantly reduce the energy consumption in the refrigeration sector. The technology relies on the heating and cooling of magnetic materials upon the application and removal of a magnetic field, respectively. This magnetocaloric effect is inherent to all magnetic materials, but manifests itself stronger in some materials. The thermodynamically reversible nature of the magnetocaloric effect holds out the promise of a more energy efficient method of refrigeration compared to conventional compressor technology. Coupling this with an absence of ozone depleting and greenhouse contributing gasses gives magnetic refrigeration the potential to become an environmentally sustainable technology. The magnetic refrigeration group at Risø DTU aims to demonstrate the technology in a prototype magnetic refrigeration device. Our work spans a wide range of scientific and technological areas. At the pure science end there is the development and understanding of new magnetocaloric materials, while the design and implementation of a prototype device along with the processing of materials is at the technological engineering end. Tying the work together are advanced numerical computer models of the individual parts of the prototype. A simple yet versatile test machine located at Risø DTU is used to test and characterise new materials and to test the design, configuration and operating conditions relevant for a prototype device, while ensuring understanding through consistency with the numerical models.

    AB - Magnetic refrigeration is an emerging technology that has the potential to significantly reduce the energy consumption in the refrigeration sector. The technology relies on the heating and cooling of magnetic materials upon the application and removal of a magnetic field, respectively. This magnetocaloric effect is inherent to all magnetic materials, but manifests itself stronger in some materials. The thermodynamically reversible nature of the magnetocaloric effect holds out the promise of a more energy efficient method of refrigeration compared to conventional compressor technology. Coupling this with an absence of ozone depleting and greenhouse contributing gasses gives magnetic refrigeration the potential to become an environmentally sustainable technology. The magnetic refrigeration group at Risø DTU aims to demonstrate the technology in a prototype magnetic refrigeration device. Our work spans a wide range of scientific and technological areas. At the pure science end there is the development and understanding of new magnetocaloric materials, while the design and implementation of a prototype device along with the processing of materials is at the technological engineering end. Tying the work together are advanced numerical computer models of the individual parts of the prototype. A simple yet versatile test machine located at Risø DTU is used to test and characterise new materials and to test the design, configuration and operating conditions relevant for a prototype device, while ensuring understanding through consistency with the numerical models.

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    KW - Fuel Cells and hydrogen

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    KW - Risø-R-1712(EN)

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    KW - Brændselsceller og brint

    M3 - Article in proceedings

    SN - 978-87-550-3783-0

    T3 - Denmark. Forskningscenter Risoe. Risoe-R

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    EP - 115

    BT - Energy solutions for CO2 emission peak and subsequent decline

    PB - Danmarks Tekniske Universitet, Risø Nationallaboratoriet for Bæredygtig Energi

    CY - Roskilde

    ER -

    Bahl CRH, Smith A, Pryds N, Linderoth S. Magnetic Refrigeration – an Energy Efficient Technology for the Future. In Energy solutions for CO2 emission peak and subsequent decline: Proceedings. Roskilde: Danmarks Tekniske Universitet, Risø Nationallaboratoriet for Bæredygtig Energi. 2009. p. 107-115. (Denmark. Forskningscenter Risoe. Risoe-R; No. 1712(EN)).