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DTU will promote promising fields of research within the technical and the natural sciences, especially based on usefulness to society, relevance to business and sustainability.
International collaboration is an integrated part of DTUs activities and a prerequisite for DTUs status as an international elite university. .
Learn more about President Anders O. Bjarklev.
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The world’s largest student competition, Solar Decathlon, has selected DTU students’ project to participate in the competition for the most energy-efficient...
Advanced digital models are needed to optimize heat pump operation in district heating systems. It will happen by means of ‘self-learning’ digital twins, which...
A special blend of robust bacteria in a new process is paving the way to convert even the stubbornest forms of biomass into methane.
With the discovery of a new enzyme, it may one day become possible to use the plants’ glue nutrient—lignin. The substance has applications in electronics, various...
Using data and local weather forecasts instead of drawings of the supply network and simulations to control supply temperature can save the district heating sector money...
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...
Researchers at DTU will work with industrial companies to develop a new cooling and storage system for data centres and server rooms, which will be managed through artificial...
The Kenyan Ministry of Energy has just launched the Kenyan National Energy Efficiency and Conservation Strategy, which has been developed with the help of DTU.
Sustainable fuel has moved a big step closer with a new demonstration plant that can convert biogas into the liquid fuel methanol.
A just completed research project has developed a new and much more efficient way of converting energy from wind power and solar cells to—for example—battery...
Diplomas are now being issued to the first graduates from DTU’s Solar Energy study line, which is a new specialization under the MSc programme Sustainable Energy
New EU project with a budget of DKK 150 million is to accelerate the development of the next generation of super batteries.
Scientists activate enzymes’ ability to absorb CO2 from the air and convert and store it as eco-friendly chemicals.
A company from Northern Jutland in Denmark with 25 employees provides solutions to be used in ITER’s fusion reactor.
Three young DTU-scientists are honoured as Villum Young Investigators and receive almost DKK 10 million each to continue their research.
Solar thermal collectors, combined with the storage of energy in salt batteries, can cover 71 percent of the heating demand in houses.
Researchers at DTU have succeeded in developing a tandem solar cell based on sustainable materials, which even beats the energy-efficiency world record for this type of...
Researchers will develop a mobile plant that can capture CO2 before it is released into the atmosphere. The unwanted greenhouse gas will instead be exploited for new products
Gas produced from biowaste and wind may make shipping traffic carbon neutral. Maersk Line has teamed up with DTU and Chinese partners to develop sustainable fuel for large...
Published annually, DTU in profile gives you fact & figures and a short presentation of the University.