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
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
The overall purpose of this project is to develop Medi Sander Wind and significantly reduce costs regarding blade production. The objective will be reached through a new patented technology. In
The objectives of the TrueWind project are to improve accuracy of cup anemometer measurements for wind resource assessment and power curve measurements by introduction of very short range lidar
The target is to demonstrate the Floor as a structural enhancement technology on blades. This will overall reduce failure rates on blades and in the long run reduce the operation and maintenance cost
To design a new guiding system for installation of HVAC booster stations and cable handling concept that will make offshore wind parks more cost-efficient.
The purpose is to develop and demonstrate additive manufacturing methodes in the wind industry. The methods are in this project tested on a Vestas blade section (8 meter I-beam). The methods shall
The overarching program objective is to reduce the overall offshore wind cost of energy by merging the technological leadership of three offshore industry leaders across three participating countries
The purpose of the project is to analyse and develop advanced filter solutions based on combinations of passive filters and active filters in wind power plants. The use of passive filters is almost
The project ” Multi-level medium voltage” converter is a development and demonstration project, which by proposing at new design aims at optimizing one of the most important subsystems in a wind
To learn how to build the hybrid UHPC tower in praxis and prepare the technology for commercialization. Further development to up-scale the towers to larger heights, to make the towers entirely from
Task 35 will focus on wind turbine blade and drive train testing and assess their performance and failure criteria in different operating scenarios. The subtasks are: l) Relevant wind turbine
Our objective is to demonstrate an efficient, rugged, low-cost lidar for wind turbine blade pitch control. The new sensor will monitor the wind in front of the turbine using 4 lines-of-sight. This
The purpose of the project is to investigate the future testing strategies for the leading wind turbine manufacturer, to design, develop, assemble and demonstrate the future testing facility to
The New European Wind Atlas wiII as a minimum include: wind resources and their associated uncertainty; extreme wind and uncertainty; turbulence characteristics; adverse weather conditions together
The project aims to develop a new node for offshore wind foundations. Objectives are: 1) New design for process and assembly of jacket foundations; 2) Cost-efficient welding of nodes; 3) Mass