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Ongoing Research Projects (extract)
Innovative parabolic trough collectors made from concrete
In modern parbolic-trough power plants, the cost of the collector field is about 50% of the entire investment cost. The cost-reduction potential for the common steel structures is largely exhausted. Using concrete as the main structural material offers comparatively low material and manufacturing costs, as well as further potential for cost-reduction.
Standardisation of yield analyses for solar thermal power plants
A precise forecast of the expected electricity generation, and through that the achievable yield, has a decisive importance for the financing of a power plant project. The calculation models require, in addition to the representation of the technical system, an approximation of the expected irradiation as close to reality as possible.
Bringing thermochemical water splitting to the next level
In this visionary project, major engineering challenges are tackled, which on paper promise great efficiency improvements. Together with Sandia National Labs from the US, we develop a test facility to show that irradiating particles beyond 1450 °C at reduced pressure is feasible.
Scientific Exchange with Middle Asia
The main objective of the project is to promote the exchange between German and Uzbek scientists, and thereby support the build-up of scientific expertise within the research field of solar power plant technology in Uzbekistan.
Development of the next generation molten salt power tower
The project PreFlexMS includes tasks within research and development in different disciplines, in order to increase the performance of solarthermal power towers by using liquid salt as heat transfer medium.
Solarthermal electricity generation in combination with biomass
In the frame of the EU Project REELCOOP a solar thermal power plant in the small range is being investigated in combination with biomass.
Retrofit of a parabolic trough solar field with a solar tower
The project Resol (Retrofitting Solarthermal Power Plants) is a cooperation of MAN Diesel and Turbo SE in Oberhausen, the Solar Institute of Jülich and DLR. The objective of the project is to analyze the possibilities to reduce levelized electricity costs by adding solar towers to existing parabolic trough plants within a package of retrofitting measures.
Solar aluminium smelting in a directly irradiated rotary kiln
In this German - South African cooperation, we strive to Elaborate a sustainable way to run the energy intensive Aluminium smelting process.
Direct integration of solar steam into fossil steam generator
In the project SolSteam the Institute of Solar Research develops and investigates concepts for the direct integration of solar steam into industrial steam systems in collaboration with its partner Industrial Solar.
Virtual Institute SolarSynGas
Thermochemical Research for CO
-neutral Renewable Fuels
The Virtual Institute SolarSynGas pursues the long-term goal to produce CO
-neutral renewable fuels efficiently and economically via a thermo-chemical route. Behind SolarSynGas are the DLR Institutes of Solar Research and Materials Research and the three universities KIT Karlsruhe, TU Clausthal and ETH Zurich.
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