Google announced a €13 billion AI infrastructure investment in Finland this week, spanning new data centers in Hamina, Kajaani, Muhos, and Vaala, along with grid upgrades, clean-energy projects, and battery storage. The headline detail, though, is what's powering it: a 22-year electricity offtake agreement with Finnish utility Fortum covering up to half the output of the Loviisa nuclear plant — Google's first nuclear power deal outside the United States, and the first agreement of its kind in Europe.
Why a hyperscaler is buying nuclear output directly
The deal effectively extends the working life of an existing plant rather than funding a new one — Fortum says the agreement unlocks roughly €1 billion of investment needed to keep Loviisa running for decades longer than it otherwise would have. For Google, locking in two decades of firm, carbon-free power at a known price solves a problem that spot markets and short-term renewable contracts can't: AI training and inference clusters need power that's available continuously, not just when the wind is blowing, and hyperscalers are increasingly willing to underwrite the economics of keeping existing baseload generation online to get it.
The scale of the bet
Google is projecting the investment will add roughly €3.6 billion a year to Finland's GDP and support more than 37,000 jobs during construction, settling to around 7,000 ongoing roles once the sites are operational. Those are Google's own estimates, worth treating with the usual skepticism reserved for company-provided economic impact numbers, but the direction is clear: AI infrastructure spending is now large enough to show up in national energy and employment policy conversations, not just cloud provider earnings calls.
The pattern to watch
This follows a broader trend of AI-driven power deals — long-dated nuclear and clean energy offtake agreements are becoming a standard tool for hyperscalers trying to secure gigawatt-scale, always-on capacity years in advance. For anyone forecasting compute availability or cloud pricing, the energy contracts underneath a provider's data center roadmap are now as load-bearing as the chip supply agreements sitting on top of them.