Comparison of solar assisted heat pump solutions for office building applications in Northern climate

Francesco Reda (Corresponding Author), Satu Paiho, Riku Pasonen, Martin Helm (Corresponding Author), Florian Menhart, Richard Schex, Ari Laitinen

    Research output: Contribution to journalArticleScientificpeer-review

    Abstract

    Solar technologies can contribute to reaching the binding climate target of the Nordic countries. The application of two solar assisted solutions has been assessed for an office building located in Finland. The first one is a solar assisted absorption heat pump, which uses solar collectors and district heating as the main heating source. The other solution is a photovoltaic (PV) driven air source heat pump. The solar assisted absorption heat pump is able to upgrade the low temperature (5–10 °C) solar thermal energy into useful heat for building heating supply (renewable energy share of the heating season is about 19%), demonstrating that solar thermal energy can effectively contribute to supplying heat to buildings also in Northern European countries. The solar assisted absorption heat pump shows higher renewable energy share than the PV driven heat pump when comparing system solutions with the same area of installed solar technologies. However, the cost analysis shows that the electrically driven system is more economical viable. In a 15-year timescale, the cost of the electrically driven system is almost half of the thermally driven system. Therefore, costs of this solution have to considerably decrease to make solar assisted absorption heat pump competitive in Northern Europe.
    Original languageEnglish
    Pages (from-to)1392-1417
    Number of pages26
    JournalRenewable Energy
    Volume147
    DOIs
    Publication statusPublished - Mar 2020
    MoE publication typeA1 Journal article-refereed

    Fingerprint

    Office buildings
    Pumps
    Thermal energy
    Heating
    Air source heat pumps
    Costs
    District heating
    Solar collectors
    Hot Temperature

    Keywords

    • Photovoltaic
    • Solar collectors
    • Absorption heat pump
    • District heating
    • Heat pump
    • Cold climate

    Cite this

    Reda, Francesco ; Paiho, Satu ; Pasonen, Riku ; Helm, Martin ; Menhart, Florian ; Schex, Richard ; Laitinen, Ari. / Comparison of solar assisted heat pump solutions for office building applications in Northern climate. In: Renewable Energy. 2020 ; Vol. 147. pp. 1392-1417.
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    abstract = "Solar technologies can contribute to reaching the binding climate target of the Nordic countries. The application of two solar assisted solutions has been assessed for an office building located in Finland. The first one is a solar assisted absorption heat pump, which uses solar collectors and district heating as the main heating source. The other solution is a photovoltaic (PV) driven air source heat pump. The solar assisted absorption heat pump is able to upgrade the low temperature (5–10 °C) solar thermal energy into useful heat for building heating supply (renewable energy share of the heating season is about 19{\%}), demonstrating that solar thermal energy can effectively contribute to supplying heat to buildings also in Northern European countries. The solar assisted absorption heat pump shows higher renewable energy share than the PV driven heat pump when comparing system solutions with the same area of installed solar technologies. However, the cost analysis shows that the electrically driven system is more economical viable. In a 15-year timescale, the cost of the electrically driven system is almost half of the thermally driven system. Therefore, costs of this solution have to considerably decrease to make solar assisted absorption heat pump competitive in Northern Europe.",
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    Comparison of solar assisted heat pump solutions for office building applications in Northern climate. / Reda, Francesco (Corresponding Author); Paiho, Satu; Pasonen, Riku; Helm, Martin (Corresponding Author); Menhart, Florian; Schex, Richard; Laitinen, Ari.

    In: Renewable Energy, Vol. 147, 03.2020, p. 1392-1417.

    Research output: Contribution to journalArticleScientificpeer-review

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