MENA synthetic fuels potential: The North Africa and Middle East region has the potential to manufacture low cost synthetic fuels made with solar – PV or CSP – for under 2 euros in production. The Middle East and North Africa (MENA) region has great potential to produce hydrogen and synthetic [...]
An assessment of the cost/benefit of each green heat technology is timely, as countries that were most heavily dependent on Russian gas must rapidly decarbonize heavy industry as gas supplies dwindle from over 40% to under 10% and rise in price from 20 to 140 euros per MWh. Gas imports [...]
A new approach to sector coupling: German Aerospace Center (DLR) conducts research on a new kind of concentrated solar power plan. In the PEGASUS research project, the German Aerospace Center’s Institute of Solar Research in Jülich is studying a completely new kind of solar thermal power plant which stores solar [...]
DLR and the University of Evora are testing the use of molten salt in a solar power plant. Engineers from the German Aerospace Center (Deutsches Zentrum fuer Luft- und Raumfahrt; DLR) have taken an important step towards using molten salt as a heat transfer medium in parabolic trough solar power [...]
On the closing day of the 27th SolarPACES conference, two members of Estela, CSP Services and DLR received the Technology Innovation Award: Annual Awards – SolarPACES The SolarPACES Awards honor the personal engagement of individuals and institutions that significantly contribute to the deployment of CSP technology. Criteria_SolarPACES_Technology_Innovation_Award for innovations relevant [...]
DLR and CSP Services Win the SolarPACES 2021 Award for their Solar Flux Density Measurement System. New measuring system determines the flux density of receivers in solar tower power plants This year’s SolarPACES Technology Award goes to a team of researchers from the DLR Institute of Solar Research and [...]
The ETH spin-off Synhelion is working on commercializing its very high-temperature solar thermochemical fuels (like jet fuel and hydrogen) and has already formed partnerships with several larger firms making cement or aviation fuel to advance step by step towards its goal of 100% carbon neutral fuels by 2030. DLR [...]
A DLR short study on solar thermal power plants summarises the current technological status, requirements and possibilities. Solar thermal power plants open the way for the production of controllable energy from renewable sources. The technology is about to be rolled out and has enormous potential. DLR has many years [...]
Use of solar energy in the calcination process to minimise carbon dioxide emissions during cement production. Rotary kiln successfully tested in the solar simulator at the DLR Institute of Solar Research in Cologne. Can be used in Southern Europe and emerging markets. Solar researchers at the German Aerospace Center [...]
The SolarPACES Technology Award 2018 has gone to the DLR Institute of Solar Research and the DLR start-up CSP Services for QFly, an airborne system for the quality assessment of concentrated solar power plants. Over 500 people attended the annual conference held by the SolarPACES network of researchers in Casablanca [...]
International solar thermal energy researchers have successfully tested CONTISOL, a solar reactor that runs on air, able to make any solar fuel like hydrogen and to run day or night - because it uses concentrated solar power (CSP) which can include thermal energy storage. CONTISOL was tested at Cologne, Germany [...]
On 28 November 2017, the German Aerospace Center (Deutsches Zentrum für Luft- und Raumfahrt; DLR), together with international project partners, presented what is currently the largest solar-chemical installation for the production of hydrogen. In the HYDROSOL_Plant project, scientists and companies have jointly further developed the process of direct hydrogen production using [...]
Cement is the most widely used building material in the world. One of its key ingredients is calcium oxide (CaO), also called quicklime, which can be produced by calcination from naturally occurring limestone (CaCO3). Calcination is an energy-intensive, around-the-clock decomposition process at around 900 °C, usually powered by the combustion [...]
