Denise Nussle

LOCATION

Cologne (Köln), Germany

PROFESSION

Editor at German Aerospace Center (DLR)

About

Latest Posts

Concentrating solar thermal systems are still little known in Germany, although they are a highly efficient approach to producing heat from solar energy. In such a system, specialised mirrors arranged in different geometries are used to focus the Sun’s rays on a defined area, such as a circle or a line. This heats a heat transfer medium, which then flows through a heat exchanger.

Concentrating solar thermal technology ready for efficient use in Germany

As part of its Zero Emission Drive Unit – Generation 1 (ZEDU-1) project – the German Aerospace Center (Deutsches Zentrum für Luft- und Raumfahrt; DLR) and the engineering company HWA have developed and successfully tested a road vehicle that enables mobility almost entirely without emissions.

ZEDU-1 - The world's most environment-friendly vehicle in operation

The German Aerospace Center (DLR) is researching the infrastructure and railway operational framework conditions, working on new, capacity-increasing concepts for vehicles, operations and infrastructure, as well as innovative methods for maintenance and servicing.

The future of rail transport - Technologies for tomorrow

The chassis of a train is a key factor for fast, reliable, safe and comfortable rail transport. The German Aerospace Center (DLR) is working on a new, chassis design for the future as part of its Next Generation Train concept, with each wheel driven individually and controlled with smart technology.

A high-tech chassis for the train of the future

In order to operate wind turbines more efficiently in the future and also to be able to use them in locations that are less wind-intensive, even larger and at the same time lighter blades are needed.

1500 sensors for the rotor blades of the future

The Évora Molten Salt Platform (EMSP) is a solar thermal research power plant. It is one of the first plants to use molten salt as a heat transfer medium.

Salt makes solar thermal power more cost-effective