Global AI data center investment could reach $31.6 trillion by 2050, yet Europe risks capturing far less than its economic weight suggests, with Amsterdam emerging as a cautionary tale of self-imposed limits.
PwC’s Global Data Center Outlook 2026-50 projects annual capital expenditure climbing from $800 billion in 2026 to $1.1 trillion by 2030, then hitting $1.8 trillion annually by mid-century. The United States stands to command roughly 48% of that cumulative total.
Europe, meanwhile, looks set to secure about $5.6 trillion through 2050, a slice smaller than the continent’s share of global GDP. PwC blames three intertwined forces: strained power grids, slow planning approvals, and regulatory fragmentation across national borders.
Amsterdam’s 2025 prohibition on new data center permits encapsulates the problem. Land scarcity and grid congestion drove the decision, which PwC frames as typical rather than exceptional. A nationwide restriction on hyperscale facilities exceeding 10 hectares or drawing more than 70 megawatts has also applied since 2022.
Under a faster AI adoption scenario, European capital expenditure would grow just 23%, the weakest response of any region. Europe simply lacks physical headroom to expand further. The Americas, by contrast, would see spending jump from $16.5 trillion to $27.1 trillion under identical conditions.
Those sobering figures collide with Brussels’ ambitions. The European Commission proposed its Cloud and AI Development Act on June 3 as part of the EU Tech Sovereignty Package. The legislation targets at least a tripling of EU data center capacity within five to seven years, explicitly calling for better energy access, faster permitting, and a unified EU-wide framework.
The Dutch Data Center Association reinforces the urgency. It points to electricity supply as the binding constraint on digital growth, noting that physical feasibility, not market demand, now determines expansion room. Still, the association argues that well-executed data centers could help solve the Netherlands’ energy challenges rather than worsen them.
