Analysis and solution for renewable energy load matching for a single-family house

Sunliang Cao (Corresponding Author), Ala Hasan, Kai Siren

    Research output: Contribution to journalArticleScientificpeer-review

    26 Citations (Scopus)

    Abstract

    This paper conducts analyses and proposes solutions for reducing mismatch between renewable energy (RE) production and electrical demand from a 150 m 2 single-family house. The RE options are photovoltaic (PV) and micro-wind turbine. This paper mainly focuses on the situation when grid feed-in is not available, but a brief economic analysis with grid feed-in is also conducted at the end of the paper. This paper specially investigates the influence of electrical storage in batteries and thermal storage in a domestic hot water (DHW) tank with suitable RE-DHW recharging strategies. The simulation results show that the recharging strategy of excess renewable electricity to a DHW storage tank with one day's DHW volume is more technically and economically effective than using electrical battery in reducing annual mismatch. Even without battery, the improvement in reducing mismatch can be 12.7-23.3% simply by using the RE-DHW recharging strategy. Furthermore, PV with 2-axis solar tracking strategy is not economically feasible in the Nordic climate, whereas south-facing PV with a 45 fixed tilt angle is recommended. Moreover, from both the energy and economic points of view, the increased hub height with multiple turbines is preferable for the application with a 6.64-16.2% improvement in reducing mismatch.
    Original languageEnglish
    Pages (from-to)398-411
    JournalEnergy and Buildings
    Volume65
    DOIs
    Publication statusPublished - 2013
    MoE publication typeA1 Journal article-refereed

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    Dynamic loads
    Water
    Water tanks
    Economic analysis
    Wind turbines
    Turbines
    Electricity
    Economics

    Keywords

    • hybrid thermal-electrical storage
    • micro-wind turbine
    • mismatch
    • photovoltaic (PV)
    • single-family house

    Cite this

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    title = "Analysis and solution for renewable energy load matching for a single-family house",
    abstract = "This paper conducts analyses and proposes solutions for reducing mismatch between renewable energy (RE) production and electrical demand from a 150 m 2 single-family house. The RE options are photovoltaic (PV) and micro-wind turbine. This paper mainly focuses on the situation when grid feed-in is not available, but a brief economic analysis with grid feed-in is also conducted at the end of the paper. This paper specially investigates the influence of electrical storage in batteries and thermal storage in a domestic hot water (DHW) tank with suitable RE-DHW recharging strategies. The simulation results show that the recharging strategy of excess renewable electricity to a DHW storage tank with one day's DHW volume is more technically and economically effective than using electrical battery in reducing annual mismatch. Even without battery, the improvement in reducing mismatch can be 12.7-23.3{\%} simply by using the RE-DHW recharging strategy. Furthermore, PV with 2-axis solar tracking strategy is not economically feasible in the Nordic climate, whereas south-facing PV with a 45 fixed tilt angle is recommended. Moreover, from both the energy and economic points of view, the increased hub height with multiple turbines is preferable for the application with a 6.64-16.2{\%} improvement in reducing mismatch.",
    keywords = "hybrid thermal-electrical storage, micro-wind turbine, mismatch, photovoltaic (PV), single-family house",
    author = "Sunliang Cao and Ala Hasan and Kai Siren",
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    Analysis and solution for renewable energy load matching for a single-family house. / Cao, Sunliang (Corresponding Author); Hasan, Ala; Siren, Kai.

    In: Energy and Buildings, Vol. 65, 2013, p. 398-411.

    Research output: Contribution to journalArticleScientificpeer-review

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    AU - Siren, Kai

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    AB - This paper conducts analyses and proposes solutions for reducing mismatch between renewable energy (RE) production and electrical demand from a 150 m 2 single-family house. The RE options are photovoltaic (PV) and micro-wind turbine. This paper mainly focuses on the situation when grid feed-in is not available, but a brief economic analysis with grid feed-in is also conducted at the end of the paper. This paper specially investigates the influence of electrical storage in batteries and thermal storage in a domestic hot water (DHW) tank with suitable RE-DHW recharging strategies. The simulation results show that the recharging strategy of excess renewable electricity to a DHW storage tank with one day's DHW volume is more technically and economically effective than using electrical battery in reducing annual mismatch. Even without battery, the improvement in reducing mismatch can be 12.7-23.3% simply by using the RE-DHW recharging strategy. Furthermore, PV with 2-axis solar tracking strategy is not economically feasible in the Nordic climate, whereas south-facing PV with a 45 fixed tilt angle is recommended. Moreover, from both the energy and economic points of view, the increased hub height with multiple turbines is preferable for the application with a 6.64-16.2% improvement in reducing mismatch.

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