An Experimental and Simulation-Based Investigation of the Performance of Small-Scale Fuel Cell and Combustion-Based Cogeneration Devices Serving Residential Buildings: Final Report of Annex 42 of the International Energy Agency’s Energy Conservation in Buildings and Community Systems Programme

I. Beausoleil-Morrison (Editor), U. Arndt, J. Brouwer, V. Dorer, A. Ferguson, B. Griffith, N. Kelly, K. Klobut, Ian Paul Knight, B. Lie, W. Mauch, L. Peeters, M. Manning, B. di Pietra, H. Ribberink, C. Roselli, M. Sasso, S. Sibilio, M. Swinton, P. TzscheutschlerA. Weber

    Research output: Book/ReportReport

    Abstract

    The objectives of Annex 42 were to develop simulation models that advance the design, operation, and analysis of residential cogeneration systems, and to apply these models to assess the technical, environmental, and economic performance of the technologies. This was accomplished by developing and incorporating models of cogeneration devices and associated plant components within existing whole-building simulation programs. Emphasis was placed upon fuel cell cogeneration systems and the Annex considered technologies suitable for use in new and existing single and low-rise-multi-family residential buildings. The models were developed at a time resolution that is appropriate for whole-building simulation. To accomplish these objectives Annex 42 conducted research and development in the framework of the following three Subtasks: Subtask A : Cogeneration system characterization and characterization of occupant-driven electrical and domestic hot water usage patterns. Subtask B : Development, implementation, and validation of cogeneration system models. Subtask C : Technical, environmental, and economic assessment of selected cogeneration applications, recommendations for cogeneration application.Annex 42 was an international joint effort conducted by 26 organizations in 10 countries.
    Original languageEnglish
    Place of PublicationOttawa, Canada
    Number of pages70
    Publication statusPublished - 2008
    MoE publication typeNot Eligible

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    Fuel cells
    Energy conservation
    Economics
    Water

    Cite this

    Beausoleil-Morrison, I. (Editor) ; Arndt, U. ; Brouwer, J. ; Dorer, V. ; Ferguson, A. ; Griffith, B. ; Kelly, N. ; Klobut, K. ; Knight, Ian Paul ; Lie, B. ; Mauch, W. ; Peeters, L. ; Manning, M. ; di Pietra, B. ; Ribberink, H. ; Roselli, C. ; Sasso, M. ; Sibilio, S. ; Swinton, M. ; Tzscheutschler, P. ; Weber, A. / An Experimental and Simulation-Based Investigation of the Performance of Small-Scale Fuel Cell and Combustion-Based Cogeneration Devices Serving Residential Buildings : Final Report of Annex 42 of the International Energy Agency’s Energy Conservation in Buildings and Community Systems Programme. Ottawa, Canada, 2008. 70 p.
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    abstract = "The objectives of Annex 42 were to develop simulation models that advance the design, operation, and analysis of residential cogeneration systems, and to apply these models to assess the technical, environmental, and economic performance of the technologies. This was accomplished by developing and incorporating models of cogeneration devices and associated plant components within existing whole-building simulation programs. Emphasis was placed upon fuel cell cogeneration systems and the Annex considered technologies suitable for use in new and existing single and low-rise-multi-family residential buildings. The models were developed at a time resolution that is appropriate for whole-building simulation. To accomplish these objectives Annex 42 conducted research and development in the framework of the following three Subtasks: Subtask A : Cogeneration system characterization and characterization of occupant-driven electrical and domestic hot water usage patterns. Subtask B : Development, implementation, and validation of cogeneration system models. Subtask C : Technical, environmental, and economic assessment of selected cogeneration applications, recommendations for cogeneration application.Annex 42 was an international joint effort conducted by 26 organizations in 10 countries.",
    author = "U. Arndt and J. Brouwer and V. Dorer and A. Ferguson and B. Griffith and N. Kelly and K. Klobut and Knight, {Ian Paul} and B. Lie and W. Mauch and L. Peeters and M. Manning and {di Pietra}, B. and H. Ribberink and C. Roselli and M. Sasso and S. Sibilio and M. Swinton and P. Tzscheutschler and A. Weber",
    editor = "I. Beausoleil-Morrison",
    year = "2008",
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    Beausoleil-Morrison, I (ed.), Arndt, U, Brouwer, J, Dorer, V, Ferguson, A, Griffith, B, Kelly, N, Klobut, K, Knight, IP, Lie, B, Mauch, W, Peeters, L, Manning, M, di Pietra, B, Ribberink, H, Roselli, C, Sasso, M, Sibilio, S, Swinton, M, Tzscheutschler, P & Weber, A 2008, An Experimental and Simulation-Based Investigation of the Performance of Small-Scale Fuel Cell and Combustion-Based Cogeneration Devices Serving Residential Buildings: Final Report of Annex 42 of the International Energy Agency’s Energy Conservation in Buildings and Community Systems Programme. Ottawa, Canada.

    An Experimental and Simulation-Based Investigation of the Performance of Small-Scale Fuel Cell and Combustion-Based Cogeneration Devices Serving Residential Buildings : Final Report of Annex 42 of the International Energy Agency’s Energy Conservation in Buildings and Community Systems Programme. / Beausoleil-Morrison, I. (Editor); Arndt, U.; Brouwer, J.; Dorer, V.; Ferguson, A.; Griffith, B.; Kelly, N.; Klobut, K.; Knight, Ian Paul; Lie, B.; Mauch, W.; Peeters, L.; Manning, M.; di Pietra, B.; Ribberink, H.; Roselli, C.; Sasso, M.; Sibilio, S.; Swinton, M.; Tzscheutschler, P.; Weber, A.

    Ottawa, Canada, 2008. 70 p.

    Research output: Book/ReportReport

    TY - BOOK

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    T2 - Final Report of Annex 42 of the International Energy Agency’s Energy Conservation in Buildings and Community Systems Programme

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    AU - Ferguson, A.

    AU - Griffith, B.

    AU - Kelly, N.

    AU - Klobut, K.

    AU - Knight, Ian Paul

    AU - Lie, B.

    AU - Mauch, W.

    AU - Peeters, L.

    AU - Manning, M.

    AU - di Pietra, B.

    AU - Ribberink, H.

    AU - Roselli, C.

    AU - Sasso, M.

    AU - Sibilio, S.

    AU - Swinton, M.

    AU - Tzscheutschler, P.

    AU - Weber, A.

    A2 - Beausoleil-Morrison, I.

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    N2 - The objectives of Annex 42 were to develop simulation models that advance the design, operation, and analysis of residential cogeneration systems, and to apply these models to assess the technical, environmental, and economic performance of the technologies. This was accomplished by developing and incorporating models of cogeneration devices and associated plant components within existing whole-building simulation programs. Emphasis was placed upon fuel cell cogeneration systems and the Annex considered technologies suitable for use in new and existing single and low-rise-multi-family residential buildings. The models were developed at a time resolution that is appropriate for whole-building simulation. To accomplish these objectives Annex 42 conducted research and development in the framework of the following three Subtasks: Subtask A : Cogeneration system characterization and characterization of occupant-driven electrical and domestic hot water usage patterns. Subtask B : Development, implementation, and validation of cogeneration system models. Subtask C : Technical, environmental, and economic assessment of selected cogeneration applications, recommendations for cogeneration application.Annex 42 was an international joint effort conducted by 26 organizations in 10 countries.

    AB - The objectives of Annex 42 were to develop simulation models that advance the design, operation, and analysis of residential cogeneration systems, and to apply these models to assess the technical, environmental, and economic performance of the technologies. This was accomplished by developing and incorporating models of cogeneration devices and associated plant components within existing whole-building simulation programs. Emphasis was placed upon fuel cell cogeneration systems and the Annex considered technologies suitable for use in new and existing single and low-rise-multi-family residential buildings. The models were developed at a time resolution that is appropriate for whole-building simulation. To accomplish these objectives Annex 42 conducted research and development in the framework of the following three Subtasks: Subtask A : Cogeneration system characterization and characterization of occupant-driven electrical and domestic hot water usage patterns. Subtask B : Development, implementation, and validation of cogeneration system models. Subtask C : Technical, environmental, and economic assessment of selected cogeneration applications, recommendations for cogeneration application.Annex 42 was an international joint effort conducted by 26 organizations in 10 countries.

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