Holmes alert sounded, UK nuclear power development presses the accelerator: A energy sovereignty construction aimed at the AI era.

The British government has announced that it will undertake a comprehensive reform of its nuclear power industry after a evaluation report criticized the industry for being overly risk-averse, procedural-oriented, and results-light. The demand for nuclear power, with its clean and efficient properties, has surged under the wave of AI advancement. Additionally, recent geopolitical conflicts in Europe have led to disruptions in energy shipping through the Strait of Hormuz, placing the UK in an energy supply crisis once again. As the world moves towards the AI era, the UK urgently needs to establish a domestic nuclear power supply system that is no longer held hostage by global gas prices and Middle Eastern geopolitics. The UK Department of Energy announced on Friday that it will adopt all 37 recommendations made in last year's assessment of the UK's domestic nuclear industry, including the need to strengthen incentives and penalties for regulatory agencies and operators. The reforms will be implemented by the end of 2027, according to the UK Department of Energy Security and Net Zero Emissions, which also asserted that these changes will not compromise the country's energy security system or environmental protection standards. The global AI wave has led to a significant expansion in demand for nuclear power, particularly in the wake of the recent US-Israel-led war with Iran and subsequent turmoil in the global energy market, highlighting the UK's vulnerability to geopolitical shocks and global energy price fluctuations. Approximately one-third of the UK's total energy demand is heavily reliant on natural gas, with over half of the supply imported from the Gulf Arab countries in the Middle East. The nuclear system is key to the UK's ambition to establish a complete clean power system by the end of this decade (by 2030). While the UK is increasingly relying on wind energy and CECEP Solar Energy to meet its energy needs, there is still an urgent need for backup power based on energy storage when the output from these sources declines. "As demonstrated by the current conflict in the Middle East, we must build the clean energy we need with greater strength and speed to break free from the volatile traditional fossil fuel markets and secure energy for our country," said UK Energy Minister Ed Miliband in a statement. The government statement also stated that the UK will increase the number of doctoral-level students in the nuclear field to four times the original number, reaching 500 students. It will also provide additional funding of 65.6 million (approximately $87 million) for seven cutting-edge research projects, in line with global nuclear research industry standards. However, despite increasing concerns about energy price shocks in the market, UK Energy Secretary Michael Shanks stated in a media interview that the UK will not relax sanctions on Russian oil supplies like the US. "The UK has been very clear that our sanctions against Russia will remain unchanged," he said. After the disturbance in the Strait of Hormuz, UK wholesale gas prices surged by about 70% within a week. About 30% of UK electricity generation still relies on gas, and over 70% of households use gas for heating. With an overall gas storage capacity of only about 12 days of demand, this means that UK electricity prices and inflation continue to be highly influenced by external natural gas shocks. Pushing for a shift in nuclear regulation from "procedural-heavy, slow approval" to "more focused on results, shorter cycles" is essentially aimed at establishing a domestic base load power system for the UK that is no longer held hostage by global gas prices and shipping. With the surge in demand for clean and efficient nuclear power under the AI super wave, coupled with recent European geopolitical conflicts leading to interruptions in energy shipping through the Strait of Hormuz, the UK once again faces an energy supply crisis, urgently needing to establish a domestic nuclear power system that is no longer held hostage by global gas prices and Middle Eastern geopolitics. In February, the British government explicitly linked advanced nuclear power to the "AI data center heatwave," stating that its nuclear power system will focus on providing clean electricity to AI data centers and industries. Global data center electricity demand is expected to double by 2030, as projected by the IEA, and the UK already faces legal challenges to large-scale data center projects due to electricity use and climate impact, indicating that electricity capacity and approval speed are becoming real bottlenecks for AI investments. The AI computing cluster currently urgently needs not just "green electricity on average," but steady and efficient green electronic resources that are available 24/7, dispatchable, low carbon, and able to sign long-term PPAs. Nuclear power, especially advanced nuclear/SMRs, is the type of "highly available nuclear power load" that the UK wants to lock in ahead of time. An International Energy Agency (IEA) forecast report shows that global data center electricity demand will more than double by 2030, reaching around 945 terawatt-hours (TWh), slightly higher than Japan's current total electricity consumption. AI applications will be the most important driver of this growth; IEA forecasts show that the overall electricity demand of data centers focused on AI will grow by at least four times by 2030. Therefore, under the current and long-term global decarbonization trend, nuclear power, as a highly efficient and stable clean energy source, has become the most favored energy source for tech giants like Amazon, Google, and Microsoft. This type of energy, with its clean, stable, and efficient properties, is expected to provide continuous and powerful electricity support to their massive data centers 24/7. As a result, global politicians and tech companies' support for nuclear energy and nuclear power plants may be stronger now than at any time since the 1970s.