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17 green research projects at DTU receive a total of DKK 98 million from the Independent Research Fund Denmark.
The EU wants to accelerate the development of new batteries—but why is this so urgent? Tejs Vegge, professor at DTU Energy, provides the answer.
The students do quizzes and produce drawings about energy conversion as part of Luise Theil Kuhn’s classes, which are always varied, flexible, challenging, and engaging...
New EU project with a budget of DKK 150 million is to accelerate the development of the next generation of super batteries.
An international research team which includes DTU has contributed to a greater understanding of how ionizing radiation harms cells, and how we can protect ourselves against...
The Synfuel research project brings together electrolysis and thermal gasification, and can transform biomass and wind energy into ‘green’ methanol, which...
A new way to convert carbon dioxide into the building block for sustainable liquid fuels was very efficient in tests and did not have the reaction that destroys the conventional...
Anne Hauch and Johan Hjelm have been appointed professors in Electrochemical Materials and Interfaces at DTU Energy.
Mission Innovation – a global initiative bringing together 24 countries and the EU to accelerate the development of clean energy technology – has recognized...
A new whitebook prepared by DTU Energy maps Danish strongholds within energy storage and describes the future potential for applications and export.
The Danish Minister for Higher Education and Science Tommy Ahlers inaugurates an innovative energy storage unit at DTU, showcasing a new concept for energy storage based...
A new study by researchers at DTU Energy shows that in situ synchrotron X-ray diffraction can provide key insights on the degradation phenomena occuring in zinc-air batteries...
A new European project brings energy to the classroom by supporting hydrogen and fuel cells education in schools. FCHgo! will develop an educational toolkit for school...
A world moving from fossil fuels to renewable energy will rely more and more on energy storage and in particular on batteries. Better batteries can reduce the carbon footprint...
A recent research paper from DTU Energy showing that electrospun catalytic membranes can remove nitrous oxides (NOx) from, e.g., diesel exhausts with high efficiency, has...
A new European project coordinated by DTU Energy aims to bring a promising energy conversion technology closer to market by increasing the robustness of the materials used...
An ambitious project at DTU Energy will find the reason that permament magnets in practice only are half as strong as predicted theoretically. The results of the projects...
Energy storage is going to play a key role in the green transition to a sustainable energy system. At the same time the new technologies for energy storage offer significant...
An international team of researchers led by DTU Energy has discovered that the oxide material strontium titanate, conventionally thought to be nonmagnetic, can exhibit...
Every year the PhD students at DTU Energy get the opportunity to present their research to representatives from industry as well as the senior researchers at the department...