The objective is to represent Denmark in the steering group of IEA 4E PECTA, which organizationally can be equated with an ExCo. Together with representatives from Sweden, Austria and Switzerland
Participating in IEA EOR TCP ensures access to cutting-edge knowledge in geosciences and subsurface engineering for sustainable energy extraction and CO2 storage. This enhances the quality of our
IEA EBC Annex 89 will aid in steering the transformation of the building sector towards net-zero carbon emissions over the entire life cycle. Taking part in such international collaboration allows
The purpose of the project is to support the Danish participation in IEA Wind Task 55, which aims to establish an international collaboration around the development and maintenance of reference wind
This project enables Danish participation in phase 2 of the IEA Wind Task on Digitalization which aims at addressing major digitalization challenges the wind industry is facing. The Danish industry
This project enables Danish participation in the IEA Wind Task 42 Wind Turbine Lifetime Extension Assessment - Phase 2. Through knowledge transfer,the IEA task will contribute to improved end-of-life
The ambition of the project is to indicate a way for storing carbon C02 in the foundations of wind turbines in the future and thereby indicate a workable way for those pyrolysis technology residues
The project allows Floating Power Plant (FPP) to optimise and further develop novel floating wind concepts. The output will be three large demonstration activities and six innovations, including a
The project aims to develop the first Danish-designed ultra-efficient solar-powered lamps that can be used globally. These lamps will be DarkSky compliant and will be based on a Danish-developed
The project will design, engineer and construct the first full-scale rotors and PTO unit for our first commercial 1 MW WEC. The lab models of WEC will be tested under production and extreme conditions
The aim of the project is to develop a new membrane-based nanobubble technology for aeration of wastewater treatment plants. We want to develop the first Danish-produced nanobubble technology, which
Asphalt is mainly composed of rocks and a binder. Currently a fossil fuel-based product, bitumen, is used as binder. The purpose of this project (LOOPER) is to further develop and test a new bio-based
The KurvedCores project are improving the current core material elements which are a main element in the construction of modern wind turbine blades. The improvement of core material and its fully
The purpose of this project is to accommodate the demand for more accurate and detailed forecasts for power production, and more specifically, to make use of such improved forecasts for the
IEA IETS Annex Task XXI - Decarbonizing industrial systems in a circular economy framework aims to investigate circular carbon from an industry perspective, i.e., to describe industrial energy systems
The POWLESS project showcases high-efficiency turbo heat pumps for biogas upgrading, aiming to reduce energy consumption to below 1 GJ/ton. Developed by Weel & Sandvig, the high-speed heat pump
LoCoMoSa aims to develop a cost-effective molten salt thermal energy storage system to supply process heat at 120-450° C. The main expected results are a medium voltage electrical heater with reduced
The objective of the present GreenLab-project is to develop, implement and offer - to the growing offshore wind turbine sector - a unique world class testing facility, which supports the development