A successful Celtic Sea APPG Reception, attended by over 100 key representatives of industry and MPs, was hosted by Cherilyn Mackrory and the Celtic Sea Developers Alliance at the House of Commons on Monday.
The event, which included speakers from The Crown Estate, Ireland’s Ambassador to the UK and the Secretary of State for Wales, Simon Hart promoted floating wind (FLOW), which will become a key global technology in achieving a cost-effective Net Zero.
Cherilyn Mackrory MP for Truro and Falmouth and Celtic Sea APPG Member said:
“It was fantastic to be able to bring together developers, supply chain partners and Parliamentarians to hear more about the exciting opportunities for floating offshore wind in the Celtic Sea and positive announcements have set the scene for our discussions.
Particularly, the Government’s commitment to floating offshore wind as part of the Net Zero Strategy, building on the Prime Minister’s Ten Point Plan to deliver 1GW of energy through floating offshore wind by 2030.”
Simon Hart MP, Secretary of State for Wales said:
“The development of floating off shore wind projects in our waters could create thousands of sustainable jobs in Wales, boosting our economy and accelerating the UK’s shift to clean growth. I’m delighted to support projects in the Celtic Sea which will help the UK Government reach our aim of net-zero emissions by 2050 and to see Wales at the forefront of this exciting opportunity. “
In the UK, the Committee on Climate Change stated that offshore wind will become the backbone of the future energy system requiring 100GW of installed capacity by 2050, with floating wind set to deliver 50% of that target. Delivering 100GW of offshore wind will provide a huge economic opportunity across the UK.
The Celtic Sea will play a key role in delivering UK and Irish low carbon targets with an estimated 50GW of realisable wind resource, in turn, driving regional development, creating new supply chain opportunities, a just energy transition and a significant portion of the 29,000 jobs forecast by 2050.