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Großanlagen und Solare Materialien
The department operates the large facilities of DLR’s Solar Research. It provides services both to industry and research partners as well as to customers from other DLR institutes. The high flux solar furnace and the high flux solar simulator of the Institute of Solar Research are situated at DLR's main location Koeln-Porz. These facilities can deliver highly concentrated optical radiation at irradiances up to several MW/m² and radiant powers above 10 kW. Additionally the department has the access to a research platform which has been installed at the half level of the tower of the solar thermal demonstration power tower at Juelich; it is designed to receive radiant power of up to 1 MW.
Besides the provision of highly concentrated optical radiation the department delivers customer consulting services to design experiments and special test arrangements, to carry out and to supervise experimental campaigns, to acquire and supply experimental and related meteorological data, as well as to support the evaluations. In addition to the services the department comprises research on materials employed in solar electricity, process heat and fuel generation.
Dr. rer. nat. Karl-Heinz Funken
Head of Facilities and Solar Materials
Institute of Solar Research
Facilities and Solar Materials
Tel.: +49 2203 601-3220
Fax: +49 2203 601-4141
Artikel zum Sonnenofen
(7. October 2014)
Indusol - Industrialisation of ceramic solar absorbers
Duration: 1.7.2011 - 31.12.2014The objectives of the collaborative project INDUSOL are the development and testing of industrial manufacturing process for the production of volumetric solar absorbers made from silicon carbide ceramics. The scientists of the Institute of Solar Research work together with their colleges from the DLR Institute of Materials Research and with their industry partner Saint-Gobain Industriekeramik Rödental GmbH. more ...
(5. June 2013)
At the Department Facilities and Solar Materials of the DLR Institute of Solar Research there is equipment to launch concentrated solar radiation and also the radiation of different artificial light sources into a vacuum chamber. Samples with a diameter of up to 0.5 meters can be irradiated under vacuum conditions. Moreover, it is possible to provide these experiments with a liquid-nitrogen cooling. In this way, space-like conditions can be achieved. more ...
(4. June 2013)
(27. April 2012)
Das Solarthermische Versuchskraftwerk des DLR ist zugleich Vorbild und Versuchskraftwerk für zukünftige kommerzielle Kraftwerke in Südeuropa und Nordafrika. In Zusammenarbeit mit dem Solarinstitut Jülich und Industriepartnern arbeitet das DLR Institut für Solarforschung hier an der Weiterentwicklung und Optimierung der Technologie. more ...