Britain has confirmed the establishment of its inaugural mini nuclear power facility on Anglesey in North Wales. The project, led by the publicly owned Great British Energy-Nuclear (GBE-N), will receive £2.5 billion in government investment. GBE-N is also tasked with pinpointing potential locations for a large-scale nuclear power plant akin to those under construction at Hinkley Point in Somerset and Sizewell in Suffolk.
These small modular reactors are designed for on-site installation as prefabricated modules, aiming to expedite construction compared to traditional plants like Hinkley Point C. The Department for Energy Security and Net Zero stated that the Wylfa plant will create around 3,000 jobs during peak construction, revitalizing the area and establishing it as a nucleus of a new era in nuclear power.
The first batch of small modular reactors, designed by engineering powerhouse Rolls-Royce, is anticipated to produce ample electricity to supply three million households. Prime Minister Sir Keir Starmer highlighted the government’s commitment to revitalizing the nuclear industry, emphasizing job creation, investment growth, and long-term energy cost reductions.
Welsh First Minister Eluned Morgan expressed enthusiasm for the project, emphasizing the benefits of new nuclear technology in securing future jobs and energy sources. GBE-N will commence work on the site next year, initially planning for three reactors with a potential capacity for up to eight mini power plants. The goal is for the Wylfa reactors to begin feeding power into the grid by the mid-2030s.
Various industry figures, including Unite general secretary Sharon Graham and Prospect’s Sue Ferns OBE, praised the move towards small modular reactors but stressed the importance of also considering larger-scale nuclear projects for long-term energy security and job creation across the UK. They hailed the potential of nuclear power to support local economies and provide well-paid employment opportunities, heralding a new chapter in Wales’ energy landscape.