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
The projects objectives are 1) to define the long-term wave climate around Hanstholm area using measurements from three buoys off Hanstholm and by validating modelled against buoy-measured data, and 2
Denmark has since the 1. of January 2013 been a member of the IEA Heat Pump Program (HPP). DEA has designated Technological Institute to be representative of HPP's Executive Committee's work
The project aims at identifying opportunities for increased biomass production for energy and biobased
products, and examining how climate benefits and biomass sustainability can best be
ensured. Aims
The aim is within the International Energy Agency SHC Programme Task 54 project Price reduction of solar thermal systems to reduce the price of solar heating systems. This is achieved by use of
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 purpose of the Danish participation in IEA PVPS work is to ensure Denmark receives the international knowledge which is fundamentally a continued Danish strategy within the field of photoviltaics
The aim of the present Societal Partnership is to facilitate growth and secure Danish
jobs by leveraging the possibilities of advanced materials and surface-solutions in
new products.
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 current project we introduce a novel, knowledge-based principle for the design of enzymes that effectively degrade biomass at high temperatures (over 50 C).
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
Security of energy supply, sustainability and market demands are controlling parameters for developing energy systems. Lignocellulosic or second generation (2G) ethanol is part of the solution to the
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
The overall objective of the project is to demonstrate the system integration, the functioning, the performance and the value of an active flap system by full scale turbine tests. A further objective
The project objective is to drive the novel foundation, known as the Mono Bucket, to full commercial readiness and contribute significantly to reducing costs of offshore wind energy by 30-40%. This
This open-access book aims at giving a clear overview of all the main technical and commercial aspects that are involved with the development of wave energy converters. The book will be written by