
UK Public Accounts Committee Assesses Financial Risks of Sizewell C Project
Recently, the UK Public Accounts Committee (PAC) published a report warning that the government's planned Sizewell C nuclear reactor project in Suffolk is a bad deal for taxpayers and consumers, with total construction costs potentially soaring to between £40.5 billion and £47.7 billion, exposing the public to extremely high risk of cost overruns. It is understood that under the currently approved financing structure, the UK government holds a 44.9% stake, Électricité de France (EDF) holds 12.5%, and the remaining shares are held by private investors including Centrica (15%), La Caisse (20%) and Amber Infrastructure (7.6%).
2026-10-28

Framatome and EDF Renew Long-Term Operations and Maintenance Service Agreement for Sizewell B Nuclear Power Station, Safeguarding the UK's Only PWR Unit's Life Extension into the 2040s
Framatome of France and Électricité de France (EDF) have recently formally renewed a 15-year Long-Term Service Agreement (LTSA). The agreement will comprehensively cover integrated routine operations and maintenance as well as refueling outage services for Sizewell B Nuclear Power Station (Sizewell B NPP) in Suffolk, UK, to support the unit's ongoing long-term operation and life extension development strategy. Framatome has been continuously responsible for core overhaul and technical maintenance work at Sizewell B since 2008. The renewed long-term service contract extends directly to 2040, and Framatome will mobilize its global technical expertise in the pressurized water reactor (PWR) field and its UK-dedicated...
2026-10-10

Planning permission granted for tunnel component production facility for Sizewell C nuclear power station in the UK
The Sizewell C nuclear power station project in the UK has successfully obtained planning permission to build a dedicated tunnel component production facility at Avonmouth in Bristol. The factory will be responsible for producing 38,000 precast concrete segments as well as tunnel head pieces for the three subsea tunnels of Sizewell C. All finished components will be transported by rail and water to the Sizewell C construction site in Suffolk, which directly supports the project's environmental commitment that at least 60% of construction materials will be transported by rail and sea. Subject to the relevant preconditions being met, the facility is expected to officially begin production in 2028....
2026-09-18

Finnish family-owned company Halton Group secures major order for UK's Sizewell C nuclear power project
Finnish family-owned company Halton Group has secured a significant order for the UK's Sizewell C nuclear power project, and will supply related equipment or systems for the construction of this large-scale nuclear power plant. The project has an installed capacity of 3.2 gigawatts, with the order value reaching the tens of millions of euros level. For an industrial company from Finland, this is not only a major breakthrough in a single project, but also demonstrates its competitiveness in the supply chain of high-demand energy infrastructure. Sizewell C is one of the key projects advancing the UK's new generation of nuclear power construction. Against the backdrop of Europe's energy structure adjustment and rising demand for low-carbon electricity, large-scale nuclear power plants have once again become an option for multiple countries to ensure power security and meet emission reduction targets.
2026-08-14

UK Sizewell C Nuclear Power Station Financing Finalized, Project Worth Over £26 Billion to Supply Power for 60 Years
The Sizewell C nuclear power station project in the UK has completed its final financing arrangements, marking the official entry into the definitive construction phase of this large-scale nuclear project with a total investment target of approximately £38 billion, equivalent to around RMB 261 billion. Located on the Suffolk coast of England, the project will feature two EPR Generation III pressurised water reactor units, with a total installed capacity of approximately 3.2 gigawatts and a design operational lifespan expected to reach 60 years. This project holds significant importance for the UK's energy system. In recent years, the UK has faced the dual pressures of accelerating the phase-out of ageing fossil fuel infrastructure on one hand, and managing the variability of renewable energy and growing electricity demand on the other. Once completed, Sizewell C will provide long...
2026-08-10

UK's largest nuclear power station Sizewell B placed on standby due to nearby wildfire
On July 30, the UK's largest nuclear power station, Sizewell B, was placed on "standby" status due to a heathland fire at Dunwich Heath, less than 5 kilometers from the plant site. There is currently no risk of the fire spreading toward the facility given wind direction. EDF stated it is "continuously monitoring, with no threat to facility safety," but approximately 120 firefighters and 18 fire engines were deployed to tackle the blaze in the Liston area. Suffolk Fire Service assessed the fire as "active and changing," warning it could last two days, with hundreds of homes evacuated. Suffolk Fire Service warned the fire is expected to last two days and described it as an active and evolving situation. Hundreds of properties have been evacuated as firefighters continue to battle the raging forest fire. Experts noted...
2026-07-31
Reading Ranking
- 1 UK's largest nuclear power station Sizewell B placed on standby due to nearby wildfire
- 2 Finnish family-owned company Halton Group secures major order for UK's Sizewell C nuclear power project
- 3 UK Public Accounts Committee Assesses Financial Risks of Sizewell C Project
- 4 UK Sizewell C Nuclear Power Station Financing Finalized, Project Worth Over £26 Billion to Supply Power for 60 Years
- 5 Planning permission granted for tunnel component production facility for Sizewell C nuclear power station in the UK
- 6 Framatome and EDF Renew Long-Term Operations and Maintenance Service Agreement for Sizewell B Nuclear Power Station, Safeguarding the UK's Only PWR Unit's Life Extension into the 2040s