Micro-CHP technologies for distributed generation

    Research output: Book/ReportReport

    Abstract

    In this report different [.]-CHP technologies were reviewed. Typical features of [.]-CHP units based on internal combustion engine are: low costs, high efficiency, wide power range and ability to run on different fuels. Internal combustion engine power plants are modular, i.e. standardised units can easily be combined. Their weak points include noise, high emissions and high maintenance costs. Advantage of gas turbines is small size. Disadvantages include poor efficiency at part load and high investment cost. Advantages of Stirling engine, when compared with internal combustion engines, include stable combustion, low noise and emissions and longer maintenance intervals. Advantages of fuel cells are: high electrical efficiency (also at part load), low noise and emissions. Disadvantages are very high costs and fuel quality requirements. Besides natural gas and heating oil, wood chips or other biomass may be used in ICE, Stirling engines or microturbines. Gasification stage and gas purification is required with ICE and microturbine. The benefit is the wide availability, renewability and often low cost of biomass. Finally, [.]-CHP can use solar radiation as energy source. The disadvantage will be that output cannot be modulated according to user and system needs.
    Original languageEnglish
    Number of pages57
    Publication statusPublished - 2012
    MoE publication typeD4 Published development or research report or study

    Publication series

    SeriesTask XVII: Integration of Demand Side Management, Distributed Generation, Renewable Energy Sources and Energy Storages, Subtask 5
    NumberReport n:o 2

    Fingerprint

    Distributed power generation
    Internal combustion engines
    Stirling engines
    Costs
    Biomass
    Gas fuel purification
    Solar radiation
    Gasification
    Gas turbines
    Fuel cells
    Natural gas
    Wood
    Power plants
    Availability
    Heating

    Cite this

    Klobut, K., Ikäheimo, J., & Ihonen, J. (2012). Micro-CHP technologies for distributed generation. Task XVII: Integration of Demand Side Management, Distributed Generation, Renewable Energy Sources and Energy Storages, Subtask 5, No. Report n:o 2
    Klobut, Krzysztof ; Ikäheimo, Jussi ; Ihonen, Jari. / Micro-CHP technologies for distributed generation. 2012. 57 p. (Task XVII: Integration of Demand Side Management, Distributed Generation, Renewable Energy Sources and Energy Storages, Subtask 5; No. Report n:o 2).
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    title = "Micro-CHP technologies for distributed generation",
    abstract = "In this report different [.]-CHP technologies were reviewed. Typical features of [.]-CHP units based on internal combustion engine are: low costs, high efficiency, wide power range and ability to run on different fuels. Internal combustion engine power plants are modular, i.e. standardised units can easily be combined. Their weak points include noise, high emissions and high maintenance costs. Advantage of gas turbines is small size. Disadvantages include poor efficiency at part load and high investment cost. Advantages of Stirling engine, when compared with internal combustion engines, include stable combustion, low noise and emissions and longer maintenance intervals. Advantages of fuel cells are: high electrical efficiency (also at part load), low noise and emissions. Disadvantages are very high costs and fuel quality requirements. Besides natural gas and heating oil, wood chips or other biomass may be used in ICE, Stirling engines or microturbines. Gasification stage and gas purification is required with ICE and microturbine. The benefit is the wide availability, renewability and often low cost of biomass. Finally, [.]-CHP can use solar radiation as energy source. The disadvantage will be that output cannot be modulated according to user and system needs.",
    author = "Krzysztof Klobut and Jussi Ik{\"a}heimo and Jari Ihonen",
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    Klobut, K, Ikäheimo, J & Ihonen, J 2012, Micro-CHP technologies for distributed generation. Task XVII: Integration of Demand Side Management, Distributed Generation, Renewable Energy Sources and Energy Storages, Subtask 5, no. Report n:o 2.

    Micro-CHP technologies for distributed generation. / Klobut, Krzysztof; Ikäheimo, Jussi; Ihonen, Jari.

    2012. 57 p. (Task XVII: Integration of Demand Side Management, Distributed Generation, Renewable Energy Sources and Energy Storages, Subtask 5; No. Report n:o 2).

    Research output: Book/ReportReport

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    AU - Ihonen, Jari

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    Klobut K, Ikäheimo J, Ihonen J. Micro-CHP technologies for distributed generation. 2012. 57 p. (Task XVII: Integration of Demand Side Management, Distributed Generation, Renewable Energy Sources and Energy Storages, Subtask 5; No. Report n:o 2).