The ARCHIME3 project successfully completed its first stage of tests, in the wave tank of the Enviroment, Coast and Ocean Research Laboratory (ECOREL-UPM). The teaching and research group of the Universidad Politecnica de Madrid, led by Professor Vicente Negro Valdecantos, has carried out a complete...
Cinco Días, the oldest in the Spanish economic press, publishes an article about Beridi that causes a significant impact in the sector. https://cincodias.elpais.com/cincodias/2021/08/14/companias/1628923862_476903.html The article, published in Spanish, is translated next. “THE SPANISH COMPANY BERIDI PLANS TO REVOLUTIONIZE THE OFFSHORE WIND ENERGY SECTOR WITH CONCRETE PLATFORMS Beridi patents a...
Expansión, the newspaper leader in economic press in Spain, has published an article about Beridi and our technology for installation of floating wind turbines. The article, published in Spanish, is translated next. “THE SPANISH COMPANY BERIDI ENTERS IN THE WIND ENERGY RACE The Spanish group Beridi (Berenguer Ingenieros)...
After a higly demanding selection process, in June 2021 we were invited together with other 7 finalists to present our project in the GTF Banco Sabadell Sustainability Awards, in front of key Spanish and international investors. IESE Business Angels and the technology consulting firm Grupo GrupoGrupo...
ARCHIME3 Kick-off meeting for Phase 1 Presentation and common review of the different tasks to be carried out and the objectives to be achieved within the first stage of the project. The companies participating in the meeting were: ECOREL UPM and IH Cantabria, responsible for the...
CFD modelling First tests of the platform using CFD models to obtain performance parameters such as viscous damping and added mass....
Beridi receives funding from CDTI Beridi receives 250k funding from CDTI to continue improving its patented technology for floating wind turbines....
Beridi gets granted from European Union Beridi gets granted a €2.4 M European Project for the installation of a real-scale prototype of their patented floating structure for offshore wind turbines....
Laboratory campaign for platform optimization New physical model testing campaign in the ECOREL UPM tank (Madrid), for the study of new configuration alternatives and optimization of hydrodynamic behavior parameters....
Numerical modeling of the hydrodynamic behavior of the platform from the laboratory data obtained in the tests (IHCantabria) CFD modeling for the determination of extreme loads in Ultimate Limit State.Study of wave-structure interaction, both in its two-dimensional version, IH-2VOF, and in the three-dimensional model IH-3VOF. ...
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