Project Information
As part of the research project at the Lichtwiese campus of the Technical University of Darmstadt four 750 m deep borehole heat exchangers will be drilled within a distance of 5 m to build the world's first medium-deep borehole energy storage. The storage system will undergo a 1.5-year test cycle to simulate a seasonal heat supply via mobile heaters and mobile cooling devices. The project’s goal is to demonstrate the buildability and operability of such systems and to verify the operation and design routines. An enlargement of the plant for an economic operation is already in the planning.
A continuous thermal and hydrochemical monitoring will be carried out via three nearby wells during the building and operating phase to quantify the systems impact on the near surface aquifer. The operating and monitoring results will be used to improve and validate existing numeric simulation tools.
Activities
SKEWs is the world's first medium-deep borehole thermal energy storage system. It is currently part of several projects, including PUSH-IT, EnEffCampus, and HOCLOOP. Additionally, SKEWs helps raise societal awareness about thermal energy.
Here are some photos from SKEWs.
Drilling rig, all boreholes are drilled by Anger's Sohene Bohr
Borehole casings
Project partner LIAG was on the site
A group of school kids came to visit SKEWs site
Scientific publications from SKEWs project
Error on loading data
An error has occured when loading publications data from TUbiblio. Please try again later.
-
{{ year }}
-
; {{ creator.name.family }}, {{ creator.name.given }}{{ publication.title }}.
; {{ editor.name.family }}, {{ editor.name.given }} (eds.); ; {{ creator }} (Corporate Creator) ({{ publication.date.toString().substring(0,4) }}):
In: {{ publication.series }}, {{ publication.volume }}, In: {{ publication.book_title }}, In: {{ publication.publication }}, {{ publication.journal_volume}} ({{ publication.number }}), ppp. {{ publication.pagerange }}, {{ publication.place_of_pub }}, {{ publication.publisher }}, {{ publication.institution }}, {{ publication.event_title }}, {{ publication.event_location }}, {{ publication.event_dates }}, ISSN {{ publication.issn }}, e-ISSN {{ publication.eissn }}, ISBN {{ publication.isbn }}, DOI: {{ publication.doi.toString().replace('http://','').replace('https://','').replace('dx.doi.org/','').replace('doi.org/','').replace('doi.org','').replace("DOI: ", "").replace("doi:", "") }}, Official URL, {{ labels[publication.type]?labels[publication.type]:publication.type }}, {{ labels[publication.pub_sequence] }}, {{ labels[publication.doc_status] }} - […]
-
Number of items in this list: >{{ publicationsList.length }}
Only the {{publicationsList.length}} latest publications are displayed here.
Contact persons
| Name | Contact | |
|---|---|---|
| Matthias Krusemark M. Sc. | krusemark@geo.tu-... +49 6151 16-21806 L6|01 13 |
Picture: Lukas Seib
| Lukas Seib M. Sc. | lukas.seib@tu-... +49 6151 16-25675 L6|01 13 |
Picture: Riachrd van Deursen
| Markus Schedel M. Sc. | schedel@geo.tu-... +49 6151 16-23138 B2|02 116 |
Further Information
- Funding period: From 01.09.2021 to 30.06.2026
- Grant Authorities: BMWK
- Project partners: . Anger’s Söhne Bohr- und Brunnenbaugesellschaft mbH, Handke Brunnenbau GmbH, Geotechnisches Umweltbüro Lehr, Step Oiltools GmbH
- Associated Partners: Leibniz-Institut für Angewandte Geophysik (LIAG)---Hessian Agency for Nature Conservation, Environment and Geology (HLNUG), HeidelbergCement AG, Frank GmbH, NKT Photonics GmbH, Dezernat Bau und technischer Betrieb der TU Darmstadt
Actual daily activities at the project site
