An updated ground thermal properties database for GSHP applications. Dalla Santa, G., Galgaro, A., Sassi, R., Cultrera, M., Scotton, P., Mueller, J., Bertermann, D., Mendrinos, D., Pasquali, R., Perego, R., Pera, S., Di Sipio, E., Cassiani, G., De Carli, M., & Bernardi, A. Geothermics, 85:101758, 2020. doi abstract bibtex When a new ground source heat exchanger field is planned, underground thermal properties input data are necessary for the correct sizing of the geo-exchange system. To support the design, the EU founded Cheap-GSHPs project developed a Decision Support System, that comprises a new database of thermal properties for both rocks and unconsolidated sediments. The thermal properties database has been developed by integrating and comparing data (1) provided by the most important international guidelines, (2) acquired from a wide literature review and (3) obtained from more than 400 direct measurements. The data are mainly thermal conductivity data, hence the convective contribution provided by groundwater flow to heat transfer is not included. This paper presents and analyses the collected database.
@article{dalla_santa_updated_2020,
title = {An updated ground thermal properties database for {GSHP} applications},
volume = {85},
issn = {03756505},
doi = {10.1016/j.geothermics.2019.101758},
abstract = {When a new ground source heat exchanger field is planned, underground thermal properties input data are necessary for the correct sizing of the geo-exchange system. To support the design, the EU founded Cheap-GSHPs project developed a Decision Support System, that comprises a new database of thermal properties for both rocks and unconsolidated sediments. The thermal properties database has been developed by integrating and comparing data (1) provided by the most important international guidelines, (2) acquired from a wide literature review and (3) obtained from more than 400 direct measurements. The data are mainly thermal conductivity data, hence the convective contribution provided by groundwater flow to heat transfer is not included. This paper presents and analyses the collected database.},
journal = {Geothermics},
author = {Dalla Santa, Giorgia and Galgaro, Antonio and Sassi, Raffaele and Cultrera, Matteo and Scotton, Paolo and Mueller, Johannes and Bertermann, David and Mendrinos, Dimitrios and Pasquali, Riccardo and Perego, Rodolfo and Pera, Sebastian and Di Sipio, Eloisa and Cassiani, Giorgio and De Carli, Michele and Bernardi, Adriana},
year = {2020},
pages = {101758},
}
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The thermal properties database has been developed by integrating and comparing data (1) provided by the most important international guidelines, (2) acquired from a wide literature review and (3) obtained from more than 400 direct measurements. The data are mainly thermal conductivity data, hence the convective contribution provided by groundwater flow to heat transfer is not included. 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