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CROWN Project: Motion Reduction of a Concrete Reduced-draft spar for the Offshore floating Wind iNdustry

The official name of the CROWN project is “Motion Reduction of a Concrete Reduced-draft spar for the Offshore floating Wind iNdustry” which highlights the main aspects that are considered in the project: The consortium is working to reduce the motion of the floating platform by different technologies and approaches.  Floating wind turbines are a fascinating development in […]

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Press release: German-French research project for deep-water offshore wind energy – VAMOS/FLOATEOLE

VAMOS/FLOATEOLE is launched to further reduce the cost of floating offshore wind! Offshore wind is taking the next step: floating foundations for deeper waters are becoming a tested and proven technology. How can we further reduce their cost to accelerate their deployment? A good understanding of floating offshore wind turbines is essential to decrease the

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Press release: New Project for the Offshore Floating Wind Industry

New Project CROWN for the Offshore Floating Wind Industry has recently started focusing on  different methodologies of motion reduction of floating platforms for the Offshore floating wind industry. Seaplace, University of Stuttgart, and sowento have started a new joined project CROWN. CROWN is a common project funded by EUREKA, which is an initiative to strengthen

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Press release: Second Goldwind project on lidar-assisted control successfully finalized

The second cooperation project of sowento and Goldwind ended which has focused on the realization of lidar-assisted control for Goldwind’s wind turbines. Last month, the second cooperation project of sowento and Goldwind ended which has focused on the realization of lidar-assisted control for Goldwind’s wind turbines. The sowento team has investigated the different aspects of

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