France is turning nuclear baseload power into strategic leverage for the AI economy
By the time three AI infrastructure sites are expected to come into operation by 2031, including one in Dunkirk, France will have turned one of Europe’s oldest strategic advantages into a bargaining chip for the age of machine intelligence. Roughly 70% of the country’s electricity comes from nuclear energy, a system built after the 1970s oil crisis around a standardized reactor fleet operated largely by EDF. In an era when data centers consume power at industrial scale, that inheritance now matters more than tax incentives or labor costs. “The fact that the country is a producer and exporter of energy is absolutely decisive for investments in AI infrastructure,” SoftBank founder Masayoshi Son told La Tribune du Dimanche.
The scale of the wager has become difficult to separate from the French state itself. SoftBank plans to push total investment to €75 billion through additional sites across France, extending far beyond the first facilities due online by 2031. EDF is part of the arrangement, handing over one of its former power plants for conversion into a data center. The deal folds abandoned industrial infrastructure into the AI supply chain, transforming sites once associated with declining heavy industry into permanent electricity sinks for computation. That repurposing has become central to Paris’s pitch to foreign capital.
President Emmanuel Macron’s government has spent years constructing the machinery for exactly this courtship. France has used the Choose France summit to attract foreign investors since 2018, and the gathering has since become an essential annual event for international investors. Nearly 400 bilateral meetings are organized each year between ministers, the French president, and business leaders, while the 2024 edition gathered more than 180 foreign and French executives. The choreography matters because France is no longer competing primarily for factories or retail chains; it is competing for electrical load.
Industrial policy now revolves around securing and allocating electrical load
That shift explains why the government increasingly frames foreign investment through energy rather than labor economics. The seventh Choose France summit produced 56 announcements worth €15 billion and more than 10,000 jobs, with official statements tying the investments to “green re-industrialization” and a national AI strategy. Seven projects involved new technologies, while eleven focused on decarbonizing French industry. AI infrastructure allows Paris to present nuclear power not as legacy infrastructure from the twentieth century but as a strategic export platform for the twenty-first.
The advantage rests on reliability as much as volume. Nuclear reactors provide steady baseload electricity independent of weather conditions, allowing France to maintain stable electricity supply even during regional energy shortages. That stability has shielded the French grid from volatility affecting countries more dependent on imported energy or fossil fuels. Data centers reward precisely that predictability because interrupted power does not merely raise costs; it compromises the economics of the computing clusters themselves. Electricity has become the hidden balance sheet behind AI valuations.
SoftBank’s own spending patterns show how quickly capital markets have begun pricing that reality. The group has already invested more than $30 billion in OpenAI for an approximately 11% stake. Yet ownership of AI models and ownership of the energy systems feeding them are diverging into separate layers of power. Semiconductor supply chains and software platforms attract headlines, but sovereign electricity systems determine where hyperscale infrastructure can physically expand. Countries capable of guaranteeing continuous power gain leverage over companies racing to deploy AI capacity before competitors do.
Old industrial infrastructure is being recast as premium computational territory
EDF has moved to industrialize that leverage. EDF and OpCore entered exclusive negotiations in November 2025 to develop a several-hundred-megawatt data center at the former Montereau-Vallée-de-la-Seine thermal power plant near Paris. OpCore’s investment alone is valued at approximately €4 billion. The project forms part of EDF’s March 2025 initiative to promote very high-power data centers on sites it owns, while the utility offers accelerated grid connections to speed deployment. France is no longer treating old industrial land as stranded assets; it is converting grid access into a scarce premium product.
That strategy also changes the political meaning of industrial decline. The Montereau coal-fired plant permanently shut down in 2004. Two decades later, the same site has become valuable again because transmission infrastructure already exists. The transition from coal generation to AI computation allows the French state to argue that deindustrialization did not erase strategic utility from these regions; it merely changed the form of industrial demand. In vulnerable municipalities, that argument carries economic weight because takeovers and modernization projects are explicitly tied to sustaining activity in weaker regions.
The retail and manufacturing data buried inside France’s investment reports reveal a second, quieter hierarchy emerging underneath the AI boom. Investment momentum remains uneven across sectors. Agri-food, energy recycling, and healthcare remain attractive, while metallurgy and paper industries have adopted a wait-and-see posture amid structural transformations. Energy-intensive sectors that cannot command premium digital valuations face rising competition for infrastructure from data centers able to absorb enormous electricity demand while attracting far larger pools of capital. Grid capacity increasingly flows toward activities investors perceive as strategic.
National energy resilience is becoming intertwined with foreign technology valuations
The imbalance carries risks for the companies best positioned to benefit from the frenzy. EDF gains political influence by anchoring France’s AI ambitions, but the utility also absorbs the burden of maintaining stable power supplies while simultaneously upgrading an aging reactor fleet and investing in renewables. Data centers consume electricity continuously; outages that once represented domestic political problems become liabilities embedded inside global technology supply chains. The more France succeeds in turning nuclear reliability into a magnet for AI capital, the more its electricity network becomes inseparable from the valuation logic of foreign technology firms.
That dependence cuts both ways. France spent decades building a nuclear system to protect itself from external energy shocks after the oil crisis. Now the same infrastructure is drawing foreign capital at a scale large enough to reshape industrial priorities, land use, and grid allocation decisions across the country. The reactors built for national resilience have become collateral in a global contest over computational power.
