- European Project,
FORESEA
Published on February 6, 2024 – Updated on April 19, 2024
The FORESEA project aims to help bring ocean energy technologies to market by providing access to northwestern Europe’s world-leading network of test centres.
Access to test sites will be provided through a programme of competitive calls, run by the project’s consortium. The programme covers the following test centres:
• European Marine Energy Centre (EMEC): Orkney Islands, UK
• SmartBay: Galway, Ireland
• SEM-REV: Nantes, France
• Tidal Testing Centre: Den Oever, Netherlands
Ocean Energy Europe will provide support to the test centres for project implementation.
Projects on the offshore test site:
Ideol: FLOATGEN
The testing period of the floating wind turbine designed for this project will be financed partially within the FORESEA project and will enable analysis of:- the impact of the floating wind turbine and its mooring system on the environment
- the quality and quantity of electricity produced by the wind turbine
- system performance
- exploitation and maintenance costs
Ideol Contact: Thomas Choisnet
FMGC: IBOCS
FMGC deployed the cast iron shells they are developing to ballast energy cables, in December 2018 on SEM-REV. The objective is to demonstrate the stability of cables ballasted with shells over several months, including during winter storms.FMGC Contact: Nicolas Saliot
NEREIS Environnement: SEAc project
NEREIS Environnement will install acoustic sensors to characterize the underwater ambient noise. The device 'SEAc' (Acoustics of the Sea) is an autonomous tool for recording and storing data. Specific spectral analysis modules will be used to characterize ambient noise and to model the sound footprint of sound sources to estimate the potential impact of MRE activities on marine fauna.Project tested in April 2018 on the offshore test site.
Contact NEREIS Environnement: contact@nereisenvironnement.com
GEPS TECHNO: Prototype IHES
Geps Techno, a company based in the Pays de la Loire, will test WAVEGEM® the wave-energy prototype for the IHES project (20m x 14m x 7m high) in 2018. It aims to validate the performance of energy recovery system by stabilizing the platform. As well as demonstrating the technology under operational conditions, the IHES project will enable the development of design tools, including digital models that will optimize the products of tomorrow. Innovation is present throughout the programme: hybrid energy storage (batteries and supercapacitors), controlled stabilization, regulation without mechanical sensor etc.
Geps Techno Contact: Jean-Luc Longeroche
Contact SEM-REV
Olivia THILLEUL, Project manager