This project aims at testing the Weptos WEC for the first time in an uncontrolled - real sea environment. This will give the opportunity to check the extensive findings from the previous
The objective of the project is to achieve final proof of concept of the Wavepiston technology. A scaled model has earlier been validated at University of Aalborg and a pilot project has been
The purpose of the project is final engineering, drawing, design, production and installation of a Crestwing prototype close to full scale. It will show its potential and demonstrate its high
The objective og this project is to develop a new material and method that benefits installation, survivability and lifetime of sub-structures of wave energy converters. The results of the project
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
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
The project´s objective is to build a theoretical knowledge about gyro electric energy conversion systems, particularly for use in connection with wave energy. The primary goal will be to develop a
Projektet omfatter assistancen til opgaver i forbindelse med Danmarks medlemskab af IEA-OES i 2016:
I lighed med 2014 dækker ansøgningen deltagelse i de årlige EXCO møder
30 de ExCo Meeting
The project deals with the continued operation and development of Wave Star pilot plant in Hanstholm with a focus on increasing the service life and reduce operating and maintenance costs, thus
DanWEC Fonden
Green Labs DK
2013
2013
SPOK Consult ApS
ForskEL
2012
2012
The project examines the predictability of theoretical and sea-measured power productions of 3 wave technologies (Pelamis, Wave Dragon and Wavestar), working alone, in combinations of 2, all together
Project "Crest Wing final test follow-up offshore" covers building, laying and offshore test of a Crestwing WEC in a scale of 1-5 full-scale Hanstholm. The purpose of the test run is based on DHI test
The focus of the current project is to develop cost effective foundation and installation systems for Wave Energy Converters (WEC), by investigating and optimizing novel foundation systems recently
FLOAT2 continues the development of the promising results obtained in FLOAT (2011-1-10649) where significant cost reduction for the WaveStar converter was achieved by substituting the building