SoftBank Group is committing up to €75 billion ($87 billion) to build five gigawatts of AI data center capacity across France, with the first €45 billion ($52 billion) phase delivering 3.1 gigawatts in the northern Hauts-de-France region by 2031. The announcement, set to be formalized by SoftBank founder Masayoshi Son and French President Emmanuel Macron at the Choose France summit, reveals a critical insight about AI infrastructure: the real bottleneck isn't land or engineering talent, but access to reliable, affordable electricity.

Why Is France So Attractive for AI Data Centers?

France offers something the United States struggles to provide at scale: abundant, low-carbon electricity. The country draws roughly 70 percent of its power from nuclear reactors operated by state-owned utility company EDF, making it the world's largest net electricity exporter. Industrial power prices in France sit well under half the cost of comparable rates in the United Kingdom.

Son emphasized this advantage directly, telling French media that France being a producer and exporter of energy was "absolutely decisive" for his company's AI infrastructure spending decision. This single factor explains why SoftBank chose France over other European locations and why the company is willing to commit such enormous capital to the region.

How Does This Compare to SoftBank's U.S. Strategy?

The contrast between SoftBank's French and American plans illustrates the energy constraint facing AI infrastructure development in the United States. To feed its planned 10-gigawatt data center in Ohio, SoftBank must build its own energy generation infrastructure in the form of a natural gas plant. That facility alone will cost roughly $33 billion to construct and generate approximately 9.2 gigawatts of power.

In France, SoftBank skips this step entirely. The company can plug directly into an existing low-carbon electricity fleet without building parallel power infrastructure. This difference underscores why U.S. data center buildouts face mounting delays and local opposition; companies must simultaneously solve two massive problems: securing land and securing power. France lets SoftBank focus on the infrastructure itself.

What Are the Key Components of SoftBank's French Investment?

• Geographic Scope: Three initial sites in the northern Hauts-de-France region: Loon-Plage in Dunkirk, Bosquel, and Bouchain, with plans for additional sites in later phases
• Power Capacity: First phase delivers 3.1 gigawatts by 2031, with the full five-gigawatt commitment representing roughly half the power consumption of a large U.S. state
• Strategic Partnerships: EDF will convert a former power plant at Bouchain for data center use, while Schneider Electric will help build an industrial cluster at the Port of Dunkirk featuring prefabricated electrical components
• Vertical Integration: SoftBank will operate one manufacturing plant for data center enclosures, extending the company's control over its supply chain alongside its existing Arm processor business and water-based cooling systems

The Bouchain site represents a particularly strategic choice. EDF, which currently operates the facility as a power plant, will hand it over for conversion to data center use. This arrangement allows SoftBank to leverage existing grid connections and infrastructure rather than building from scratch.

What Does This Mean for the Global AI Infrastructure Race?

SoftBank's French investment adds to a global spending spree that already includes the Ohio project and more than $30 billion invested in OpenAI for an 11 percent stake. The company carries over $130 billion in debt and took a $40 billion bridge loan in March to fund its latest OpenAI investment, demonstrating the scale of capital flowing into AI infrastructure globally.

However, the €75 billion figure represents a ceiling rather than a firm commitment. Only the €45 billion first phase and its 3.1-gigawatt capacity are locked in; the remaining sites are described as plans for later phases, suggesting SoftBank will evaluate progress before committing the full amount.

EDF chairman Bernard Fontana framed the Bouchain project as evidence of France's competitive advantage, stating that it demonstrated the country's ability to host large-scale digital infrastructure on "competitive, sovereign and low-carbon electricity." This positioning reflects a broader competition among nations to attract AI infrastructure investment by offering reliable power at scale.

Why Are Data Centers Becoming a Political Issue?

Beyond the technical and financial dimensions, data center development is emerging as a significant political issue in both the United States and Europe. According to political observers, data centers may influence the 2026 midterm elections and will likely shape the 2028 presidential race.

The tension stems from competing priorities. On one side, tech companies and national security advocates argue that data centers are essential infrastructure for maintaining AI competitiveness against China and other rivals. On the other side, rural communities and environmental groups oppose data center construction due to concerns about land use, water consumption, and grid strain.

SoftBank's French strategy sidesteps many of these domestic political obstacles by building outside the United States. However, the company's continued U.S. expansion, particularly the Ohio project, means it will remain entangled in American debates over data center siting and energy policy for years to come.