The UK government has approved the construction of the Sizewell C nuclear power plant in Suffolk, showing a strong commitment to clean and secure energy for the long term. Once operational, the plant is expected to provide reliable, low-carbon electricity to approximately six million homes, catering to about 7% of the country's total electricity needs. With a capacity of 3.2 gigawatts, Sizewell C is a crucial infrastructure project that aims to double the electricity output of the existing Sizewell B reactor. The construction timeline spans around 10-12 years, with initial electricity generation anticipated in the mid-2030s. The project will be financed using the Regulated Asset Base model, facilitating investor recovery of construction costs and reducing financial risks. However, this model may lead to slightly higher energy bills for UK households. The UK government, along with various investors, is backing the project with significant financial support. The estimated cost of electricity from Sizewell C is projected to be between £86 and £100 per megawatt-hour, emphasizing the reliability it offers in comparison to renewable sources. Nuclear energy is a key component of the UK's energy mix, providing about 15% of electricity, but the aging plants necessitate timely replacements to avoid a supply shortfall. Sizewell C is essential for maintaining a stable baseload supply as the UK transitions to more renewable energy sources. The UK's nuclear strategy is intertwined with carbon market reforms, such as the UK ETS changes, aimed at driving clean investments. The nexus between nuclear energy, carbon pricing, and hydrogen production is crucial, as nuclear plants like Sizewell C can support the production of green hydrogen. While the UK hydrogen sector faces challenges, government initiatives like the Net Zero Hydrogen Fund and HPBM are in place to support projects and provide grants for early-stage developments. Industry developers are advocating for clearer demand-side policies to enhance investor confidence and spur the growth of the low-carbon hydrogen sector.