Today, a 3 m diameter hollow concrete sphere has been recovered from the bottom of lake Constance where it had been operated in a 4 week test in a deph of around 100 m. The energy storage and release feature of this novel storage concept could be demonstrated sucessfully, so the principle is now proven experimentally. Currently, the test results are being evaluated to inform and validate the computer models developed by IWES.
Design of the Energiewende
We support industry and politics in all systemic, technical and economical questions concerning the transformation of energy systems.
New solution to optimization problems of demand response
The deployment of demand response in private households poses complex issues in terms of fulfilling both restrictions of the grid and flexibility constraints of the households. Researchers at Fraunhofer IWES have developed stochastic optimizations based on probabilistic forecasts, which consider these restrictions.
Scientists at Fraunhofer IWES in Kassel aim to contribute to further cost reductions in wind energy use. They will present results of an large scale expert survey on future cost reduction potential at the Wind Europe Summit 2016 in Hamburg, the world's largest wind energy event.
Better Forecasting For Solar And Wind Power Generation
The sun does not shine and the wind does not blow with constant intensity. This is a problem for the power grid, where the power supply must always match the power demand. In the EWeLiNE project, Fraunhofer and the German Weather Service have been working to develop better models for forecasting the generation of renewable electricity. Now they have launched a platform for transmission system operators to test the new models live.
Start-up of new online Wind Energy Systems Masters programme
The University of Kassel and the Fraunhofer Institute for Wind Energy and Energy System Technology (IWES) have started a joint international Masters study programme "Online M.Sc. Wind Energy Systems". The course content is offered entirely online and in English.
IAA 2015: HIL battery simulator and e-mobility inductive power transmission system
At the International Trade Fair for Mobility which opened yesterday, the Kassel branch of Fraunhofer IWES presented two of their products within the framework of “Fraunhofer System Research for Electromobility “. The two products are a hardware-in-the-loop battery simulation system and an inductive power transmission system for electric vehicles.