DTU WIND Department of Wind and Energy Systems
WIND PES PLK
Elektrovej
Building 325, room 123
2800 Kgs. Lyngby
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Center for Electric Power and Energy is co-leading a new a two year project that aims to unlock energy flexibility from energy communities by empowering citizens, municipalities and businesses with novel all-digital tools and simple user interfaces.
Long waiting times at the common charging stations and risk of overloading the electricity grid in peak periods – these are the two main challenges when electric cars become part of our everyday life. New battery technology will ensure that electric cars can be recharged with green energy without straining the power grid.
After four and a half years, the ambitious EnergyLab Nordhavn project presents a number of recommendations to politicians and public authorities for how to ensure a faster track to green transition.
2 October companies, science centers and universities opened up the doors for high school girls for them to see what science and tech is all about. The Technical University of Denmark was one of them.
DTU has entered into collaboration on establishing a new digital infrastructure, which will, among other things, facilitate fast, easy and open access to data to be used in the development of the green energy system of the future. The new digital infrastructure is developed in the Digital Energy Lab project, funded by EUDP.
With the vision of Denmark as a front-runner in the green transition, the Danish Growth Team for sustainable energy and green technology today presented 10 specific recommendations to strengthen the Danish energy and utility industry. Recommendations that fit the strategy of Center for Electric Power and Energy at DTU like a glove.
In an expanded and ambitious test laboratory, researchers will develop a flexible energy system based on many different technologies that will provide heat and electricity for society.
Grant for new digital energy laboratory supports Denmark’s world-leading position within digital solutions for the energy sector.
PowerLabDK recently started testing a Proton Exchange Membrane Water Electrolyzer for European Electricity Grid Service Markets.
Tomorrow’s energy must come from sustainable energy sources interacting in an intelligent system. With the island of Bornholm as a national test zone, Denmark can be at the forefront of this development.
In order to meet a sustainable future, energy must come from sustainable sources, and all energy solutions must be integrated in new and innovative ways. For Denmark not to fall behind, we need to invest now.
The internationally recognized test platform PowerLabDK, which supports the Danish position as energy technology pioneer, now has a new Chairman; Jørgen S. Christensen from the Danish Energy Association will chair the PowerLabDK Steering Committee going forward.
Once again, PowerLabDK offers free access to our world leading facilities and innovative installations. Starting from 15 August and until 15 November, we invite you to apply for the ERIGrid Transnational Access.
Center for Electric Power and Energy (CEE), and DTU in general, has a long tradition of advising both authorities and industry on scientific matters. In order to accommodate an increasing demand of sustainable energy solutions, we have now established an advisory service called REPLI.
In collaboration with the IT department of DTU, PowerLabDK has just invested in a large supercomputer as the first element of a soon-to-be-launched new Digital Energy Lab, which will support the development of an integrated, flexible and market-based energy system as recommended yesterday by the Danish Energy Commission.
DTU has appointed Frida Frost as COO for PowerLabDK—Europe’s leading experimental facility within electricity and energy solutions.