RUNE is short for - Reducing Uncertainty of Near-shore wind resource Estimates using onshore lidars. The key project aim is to reduce the uncertainty of offshore wind resources in Danish near-shore
The Power2Hydrogen project seeks to promote a new green energy market by demonstrating feasible load shifting and the possibility of balancing the electricity grid via dynamic operation of a PEM water
Aiming at promotion of polymer fuel cell applications in association with renewable sources e.g. windmill, the electro-catalyst is the key to higher performance, effective cost and prolonged
Solid oxide electrolysis cells (SOECs) are a promising technology for energy storage and synthetic fuel production and it has a unique potential for grid regulation in the Danish power system. This
RePlan project is a frontrunner for the integration of large share of renewable energy in the Danish power system. The novelty of RePlan consists in the investigation and verification of the ancillary
The objective is to improve wind farm modeling techniques and establish guidelines for their usage for the industrial and academic partners. This goal will be reached by supporting the extension of
The project objective comprises participation in the international IEA Annex 30 on electrolysis. The work covers preparation and international meeting attendance twice a year, in a 5-year period. The
The overall goal of the project is to launch a novel hearing instrument, which can be recharged by the user within 30 seconds. Widex, Sonion and DTI have previously demonstrated the technology where
The project wil make it possible to produce hydrogen in smaller systems using induction heating in catalytic processes. This makes hydrogen production flexible in terms of use of the surplus power
The objective of this project is to develope a test machine, a rain erosion tester, on which rain erosion af wind turbine blades can be simulated. The rain erosion tester can acelerate simulate
A close collaboration between LM Wind Power and DTU aims to demonstrate a business case and map risks of new load alleviating blade technologies combined with multi-disciplinary optimization. A larger
Danish participation in IEA Wind Task 26 extension will enhance collaboration and understanding of cost trends in wind power, and contribute to knowledge dissemination on the cost aspects of wind
This project supports the Danish participation in IEA Wind Task 37 which aims to establish an international forum to catalyze the usage of systems engineering to design wind power plants, taking into
The project has generally the aim to support Denmark's participation in the "IEA Wind Energy R & D
Implementing Agreement" in 2016 through participation in the Agreement Steering Committee ("Executive
With the growing importance of integration of wind energy into power systems, the scope of Task 25 is proposed to be enhanced and broadened and to include collaboration with integration of solar
The DreamWind project is a collaboration between Vestas, Aarhus University and the Danish Technological Institute aiming at the development of novel recyclable composite materials for future wind
In the project the ceramic electrolyser technology will be matured towards present markets as off-grid electricity storage and production of gasses for the chemical industry. The technology will be
This project will develop a novel inspection and interpretation technology for performing in-situ measurements of leading edge surface roughness (LER) and convert these measurements into normative