Codling Wind Park is pleased to announce the appointment of the international engineering firm COWI for the Front-End Engineering Design (FEED) and Detailed Design of foundations.
This significant milestone marks a crucial step forward in the development of Ireland’s largest phase one offshore energy project. Codling has a projected capacity of approximately 1,300 MW and is situated south-east of Dublin in the Irish Sea. The project will be among the first to tap the country’s considerable offshore energy potential, displacing 1,700,000 tons of CO2 annually and supplying over one million homes with clean, renewable energy. Codling Wind Park secured its grid connection agreement in 2022 and was successful in Ireland's first Offshore Renewable Energy Support Scheme (ORESS) in 2023.
The agreement means COWI will undertake the design of wind turbine generator foundations, associated components, and offshore substation foundations. The project will use COWI’s global engineering expertise and leverage their extensive track record in offshore wind development.
Engineering, Procurement, Construction and Installation (EPCI) Director for Codling Wind Park, Anthony Michelin welcomed the agreement: "We are pleased to be working with COWI on the foundation design. Following on from our successful Site Investigation campaign last summer, this is another key milestone in our progress towards project delivery. We look forward to collaborating with COWI to mature the foundation design in support of our ongoing Tier 1 tendering, and beyond to FID.
"This contract builds on the work that COWI have already been providing for Codling on the onshore Civil Engineering works and builds on the strong working relationship between Codling and COWI."
Damian McGirr, Senior Market Director, COWI in the UK, added: "We welcome the opportunity to work on this fantastic wind farm project and collaborate with partners Codling Wind Park. We are extremely proud to be part of the green transition and support the Irish market in meeting their 2030 targets through the generation of renewable energy."
