Advantage of local energy matching and sharing towards zero carbon community

G. Kayo, Ala Hasan, K. Siren

    Research output: Chapter in Book/Report/Conference proceedingConference article in proceedingsScientificpeer-review

    Abstract

    On-site energy management is one of the key strategies toward improving energy efficiency and reducing CO2 emissions in the building sector. The Japanese energy supply situation has changed drastically before and after the nuclear power plant accident in 2011 because the power plants operation has been restricted considering safety. Since the energy market prices and CO2 emission factors of electricity generation have changed, it is expected that the potentials of on-site energy management will also have changed. This article describes the potential for energy sharing between four different types of Japanese buildings with their own on-site combined-heat and power (CHP) energy generation, and models the performance of different scenarios considering CHP operation strategy, energy market price and CO2 emission factors. Comparison of primary energy consumption between individual and combined scenarios shows that the potential advantages of energy sharing are determined by the combinations of buildings and the CHP operation strategy. Moreover, if the CHP operational modes are optimised, then energy sharing provides greater advantages of reduced operation cost and CO2 emission under market conditions where the power supply configuration of the centralized generation is subject to change.
    Original languageEnglish
    Title of host publicationConference proceedings
    Pages41 - 48
    Publication statusPublished - 2014
    MoE publication typeA4 Article in a conference publication
    Event1st International Conference on Zero Carbon Buildings Today and in the Future, ZCB 2014 - Birmingham, United Kingdom
    Duration: 11 Sep 201412 Sep 2014

    Conference

    Conference1st International Conference on Zero Carbon Buildings Today and in the Future, ZCB 2014
    Abbreviated titleZCB 2014
    CountryUnited Kingdom
    CityBirmingham
    Period11/09/1412/09/14

    Fingerprint

    Carbon
    Energy management
    Nuclear power plants
    Energy efficiency
    Accidents
    Power plants
    Energy utilization
    Electricity
    Hot Temperature
    Costs
    Power markets

    Keywords

    • local energy matching
    • energy sharing
    • zero-carbon community

    Cite this

    Kayo, G., Hasan, A., & Siren, K. (2014). Advantage of local energy matching and sharing towards zero carbon community. In Conference proceedings (pp. 41 - 48)
    Kayo, G. ; Hasan, Ala ; Siren, K. / Advantage of local energy matching and sharing towards zero carbon community. Conference proceedings. 2014. pp. 41 - 48
    @inproceedings{1967f60111a4461f8224652d629283ba,
    title = "Advantage of local energy matching and sharing towards zero carbon community",
    abstract = "On-site energy management is one of the key strategies toward improving energy efficiency and reducing CO2 emissions in the building sector. The Japanese energy supply situation has changed drastically before and after the nuclear power plant accident in 2011 because the power plants operation has been restricted considering safety. Since the energy market prices and CO2 emission factors of electricity generation have changed, it is expected that the potentials of on-site energy management will also have changed. This article describes the potential for energy sharing between four different types of Japanese buildings with their own on-site combined-heat and power (CHP) energy generation, and models the performance of different scenarios considering CHP operation strategy, energy market price and CO2 emission factors. Comparison of primary energy consumption between individual and combined scenarios shows that the potential advantages of energy sharing are determined by the combinations of buildings and the CHP operation strategy. Moreover, if the CHP operational modes are optimised, then energy sharing provides greater advantages of reduced operation cost and CO2 emission under market conditions where the power supply configuration of the centralized generation is subject to change.",
    keywords = "local energy matching, energy sharing, zero-carbon community",
    author = "G. Kayo and Ala Hasan and K. Siren",
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    Kayo, G, Hasan, A & Siren, K 2014, Advantage of local energy matching and sharing towards zero carbon community. in Conference proceedings. pp. 41 - 48, 1st International Conference on Zero Carbon Buildings Today and in the Future, ZCB 2014, Birmingham, United Kingdom, 11/09/14.

    Advantage of local energy matching and sharing towards zero carbon community. / Kayo, G.; Hasan, Ala; Siren, K.

    Conference proceedings. 2014. p. 41 - 48.

    Research output: Chapter in Book/Report/Conference proceedingConference article in proceedingsScientificpeer-review

    TY - GEN

    T1 - Advantage of local energy matching and sharing towards zero carbon community

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    AU - Hasan, Ala

    AU - Siren, K.

    N1 - Project code: 82593

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    N2 - On-site energy management is one of the key strategies toward improving energy efficiency and reducing CO2 emissions in the building sector. The Japanese energy supply situation has changed drastically before and after the nuclear power plant accident in 2011 because the power plants operation has been restricted considering safety. Since the energy market prices and CO2 emission factors of electricity generation have changed, it is expected that the potentials of on-site energy management will also have changed. This article describes the potential for energy sharing between four different types of Japanese buildings with their own on-site combined-heat and power (CHP) energy generation, and models the performance of different scenarios considering CHP operation strategy, energy market price and CO2 emission factors. Comparison of primary energy consumption between individual and combined scenarios shows that the potential advantages of energy sharing are determined by the combinations of buildings and the CHP operation strategy. Moreover, if the CHP operational modes are optimised, then energy sharing provides greater advantages of reduced operation cost and CO2 emission under market conditions where the power supply configuration of the centralized generation is subject to change.

    AB - On-site energy management is one of the key strategies toward improving energy efficiency and reducing CO2 emissions in the building sector. The Japanese energy supply situation has changed drastically before and after the nuclear power plant accident in 2011 because the power plants operation has been restricted considering safety. Since the energy market prices and CO2 emission factors of electricity generation have changed, it is expected that the potentials of on-site energy management will also have changed. This article describes the potential for energy sharing between four different types of Japanese buildings with their own on-site combined-heat and power (CHP) energy generation, and models the performance of different scenarios considering CHP operation strategy, energy market price and CO2 emission factors. Comparison of primary energy consumption between individual and combined scenarios shows that the potential advantages of energy sharing are determined by the combinations of buildings and the CHP operation strategy. Moreover, if the CHP operational modes are optimised, then energy sharing provides greater advantages of reduced operation cost and CO2 emission under market conditions where the power supply configuration of the centralized generation is subject to change.

    KW - local energy matching

    KW - energy sharing

    KW - zero-carbon community

    M3 - Conference article in proceedings

    SN - 978-1-904839-77-4

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    EP - 48

    BT - Conference proceedings

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    Kayo G, Hasan A, Siren K. Advantage of local energy matching and sharing towards zero carbon community. In Conference proceedings. 2014. p. 41 - 48