They propagate through space at the speed of light and exhibit an oscillation pattern and a frequency curve that are characteristic of their source. The frequencies of gravitational waves that can be ...
Vom 9. bis 13. September 2024 war es wieder soweit: 32 Studierende von acht Universitäten tummelten sich auf dem Gelände des Deutschen Zentrums für Luft- und Raumfahrt (DLR) in Braunschweig. Bereits ...
DLR_ITEMS umfasst verschiedene Modellierungsansätze und Anwendungen für die techno-ökonomische Simulation einzelner Systeme und Anlagen. Die Modelle sind am Institut für Vernetzte Energiesysteme in ...
Advancing technology development is opening up fascinating possibilities for how we might work in the future. Let’s imagine we could look into this future and see what tasks and processes are involved ...
LENS ist ein am Institut für Vernetzte Energiesysteme entwickeltes Softwaretool, mit dem komplette Energieszenarien quantitativ aufgebaut und analysiert werden können. Das Spektrum reicht von ...
LENS is a software tool developed at the Institute of Networked Energy Systems that can be used to quantitatively built-up and analyse complete energy scenarios. The spectrum ranges from different ...
DLR_ITEMS comprises various modelling approaches and applications for the techno-economic simulation of individual systems and plants. The models have been developed at the Institute of Networked ...
When introducing automatic train operation (ATO) in the railway sector, it must be determined how powerful the technical system for controlling the train must be. The question arises as to how these ...
We have set up a "Decentralised Test Centre" as part of the Scale-up E-Drive transformation hub project. The test centre provides a Germany-wide overview of testing and inspection capacities for ...
Successful survey flights with newly developed communication technologies – radio devices and antennas – have been completed Use cases: Independent communication, redundant data transmission, and ...
Extending the temperature range to cryogenic temperatures has the potential to increase the efficiency and power density of the TEG. The challenges for Kryo-TEG lie in the selection of suitable ...
Die Erweiterung des Temperaturbereichs hin zu tiefkalten Temperaturen hat das Potential die Effizienz und Leistungsdichte der TEG zu steigern. Die Herausforderungen bei Kryo-TEG liegen in der Auswahl ...