The project develops "iCeiling": A ventilation ceiling with hybrid ventilation (mechanical with heat recovery and natural ventilation), draft-free cooling and heating supplied by decentralized heat
Supporting a strong Danish contribution to MI securing solid Danish footprint in the future international energy policy. We will have the opportunity to influence how the future energy system will
The cost of offshore jacket foundations needs to be lowered to make this foundation concept competitive. The purpose of the project is to mature and develop a novel offshore jacket node concept, using
The project aims at building a “power-to-gas” plant near Roslev. Denmark will benefit from this technology in a number of ways, such as the optimization of biogas plants and the reduction of CO2 relea
The purpose of the project is to reduce fuel consumption and thereby Co2 emissions in agriculture for straw transport. The goal is achieved by developing a system for automatic loading of tarpaulin
To develop more effective, safe and durable lenses for concentrated solar power. Efficiency and durability will be improved by using better materials than the current thermoplastics, and safety and to
The purpose of the project is to strengthen the numerical modelling ability of the HAWC2 model
within 1) long-period motion from nonlinear waves 2) damping from soil 3) aerodynamics for
turbines with
Denmark has since the 1. of January 2013 been a member of the IEA Heat Pump Programme (HPP). DEA has designated Technological Institute to be representative of HPP's Executive Committee's work.
The purpose of the project is 1) to indentify and adress critical issues related to climate and other sustainability effects of bioenergy and biobased products, 2) to explore and develop science-based
The goal of this project is to perform a trial installation of a full-scale prototype of a suction bucket for wind turbine jacket foundations. The installation is performed at an offshore site near