Saint-Brieuc offshore wind farm : the topside and foundation of the substation have left the Hoboken and Vlissingen yards
The topside of the substation and the foundation for the Saint-Brieuc offshore wind farm left the Hoboken and Vlissingen yards this week for the wind farm off the coast of Brittany.
Soon, the jacket and topside will be installed offshore by the Saipem 7000 vessel.
The Saint-Brieuc offshore wind farm, located 16,3 km off the French coast, is the first large scale offshore wind farm in Brittany and one of the first in France to obtain all the necessary government permits for its construction and operation. The Saint-Brieuc offshore wind farm covers a total area of 75 km², will have a total capacity of 496 MW and will produce 1,820 GWh annually, equivalent to the annual electricity consumption of 835,000 inhabitants.
Smulders was responsible for the engineering and construction of the steel structures for both the topside and jacket. EQUANS was responsible for the engineering, procurement, integration, construction and testing (on- and offshore) of all LV, MV, HV and auxiliary systems for the jacket and topside. Final assembly of the topside took place at the EQUANS’ yard in Hoboken. The jacket was fabricated at the Heerema yard in Vlissingen, the Netherlands.
Discover the video of the loading of the topside and the foundation of the substation.
31.10.2023Cité internationale de la langue française: a glass...Our Eiffage Métal teams are proud to have been involved in the restoration of the Château de Villers-Cotterêts, now the Cité internationale de la langue française,...
19.10.2023Eiffage wins contract to manufacture 76 transition...Eiffage, through Smulders (a Belgian subsidiary of Eiffage Métal), has won the contract awarded by Baltic Power (a joint venture of ORLEN and Northland Power) for...
29.09.2023Eiffage Métal has dismantled the platforms installed...At the heart of the Eiffel Tower, our Eiffage Métal teams dismantled the platforms installed for the modernisation work on the north pillar lift.