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Entwicklung von Flüssigsalzspeichern
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Development of liquid salt reservoirs
Einbringung von Basaltstein in einen Eintankspeicher (TESIS:store)
Außenansicht der DLR Testanlage für Wärmespeicherung in Salzschmelzen (TESIS)
Basalt-Schüttgut zur Durchströmung mit Flüssigsalz für Eintankspeicher (TESIS:store)
Research and development
Further development of two-tank storage systems for commercial solar thermal power plants
Development of an in-fill tank with lower investment costs
Nitrate salt storage tank with increased operating temperatures > 560 °C
Methods and infrastructure
Pilot plant TESIS:store for the development of in-bottom storage tanks with liquid salt
Pilot plant for pre-testing of liquid salt storage concepts up to 700 ° C
Modelling of heat and material transport, as well as salt chemistry with respect to the gas atmosphere
Tools for conceptual design and cost estimation of liquid salt storage tanks
Publications
Literature from the group (DLR ELIB)
Odenthatl, Christian; Klasing, Freerk; et alt.,
Ex
perimental and numerical investigation of a 4 MWh high temperature molten salt thermocline storage system with filler: AIP Conference Proceedings: Vol 2303, No 1 (scitation.org)
Handout TESIS
Test Facility for Thermal Energy Storage in Molten Salt (TESIS:com) - DLR Portal
Solarthermische Kraftwerke - Flüssiges Salz speichert Wärme, Projekt MS-Store (2019) Strom-Forschung
(German only)
Video: Construction of the DLR test facility for heat storage in molten salt (2017)
The Power of Salt, DLRmagazin 155
Ihr Kontakt
Dr.phil. Thomas Bauer
Research Area Manager Thermal Systems for Fluids
German Aerospace Center
Institute of Engineering Thermodynamics
,
Thermal Process Technology
Köln
Tel.: +49 2203 601-4094
Fax: +49 2203 601-4072
Related Topics
Thermal Energy Storage
Qualification
Solar High Temperature Systems
Energy Production and Conversion
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