Google Commits €13B to Finland AI Infrastructure, Securing Its First Non-US Nuclear Deal

Google committed €13 billion to AI infrastructure in Finland, its largest single capital deployment in Europe, and signed a 22-year power purchase agreement with Fortum for output from the Loviisa nuclear plant, marking Google's first nuclear energy deal outside the United States. The investment, which includes a ~€1 billion program to extend the plant's operating licenses through 2050, covers expansions in Hamina and new sites in Muhos, Vaala, and Kajaani, and is projected to contribute €3.6 billion to Finland's GDP during construction.

Google Commits €13B to Finland AI Infrastructure, Securing Its First Non-US Nuclear Deal Google’s commitment of €13 billion toward AI infrastructure in Finland marks a definitive shift in the data centers /glossary/data-centers/ strategy of hyperscalers. By anchoring its expansion to a 22-year power purchase agreement PPA with Fortum https://www.fortum.com/en/media/2026/09/inside-information-fortum-and-google-partner-drive-sustainable-growth-finland-sign-nuclear-power-purchase-agreement for output from the Loviisa nuclear plant, Google is moving beyond the role of a traditional compute landlord. It is transitioning into an energy-sovereign infrastructure steward, effectively underwriting the operational lifespan of critical national power assets to secure the baseload power necessary for large-scale AI training and inference. This investment, the largest single capital deployment by Google in Europe to date, spans four sites: an expansion in Hamina and new developments in Muhos, Vaala, and Kajaani. As detailed in the Google Cloud Press Corner, the project is not merely about hardware acquisition. It is a structural integration of grid improvements, battery storage-including a 94 MW system at Kajaani-and clean energy generation. Ruth Porat, President and Chief Investment Officer of Alphabet and Google, framed the strategic importance of this move: “This is Google’s first nuclear energy deal outside of the United States, and we think it’s a really important cornerstone to everything that we are doing here.” The industry’s approach to infrastructure is shifting away from simple leasing models. Previous explorations, such as the NVIDIA HF deal /nvidias-reported-12-9b-hugging-face-deal-would-turn-the-compute-landlord-into-the-model-marketplace/ , SpaceX’s 10 GW commitment /spacexs-10-gw-nvidia-vera-rubin-bet-the-compute-landlord-thesis-scales-to-100-billion/ , the Volta Infra contract /the-41-leverage-ratio-defining-the-ai-era/ , and the Jalapeno chip design /openai-used-its-own-ai-models-to-design-the-jalapeno-chip-the-compute-landlord-thesis-just-went-recursive/ , focused on the race for high-density compute clusters and the logistical challenges of power delivery. Google’s Finland play, however, introduces a layer of sovereign-ai /glossary/sovereign-ai/ -by tying its operational future to the preservation of existing European nuclear capacity. Unlike the US-based nuclear deals signed by Microsoft for Three Mile Island or Amazon’s 1.9 GW commitment via Susquehanna, Google’s Finland deal is a life-extension play. Without this investment, which includes a ~€1 billion program for the Loviisa plant, the facility would have faced retirement after 2030. Google is effectively paying to keep the lights on for the Finnish grid to ensure its own long-term compute availability. The economic incentives here are precise. Fortum expects its return on net assets RONA to increase by approximately 1.4 percentage points once the 50% capacity contract is fully realized. The deal provides Fortum with the capital certainty required to extend the Loviisa plant’s operating licenses through 2050, while Google secures a stable, low-carbon energy source in a region where the grid is already 99% renewable or nuclear. This is a symbiotic arrangement: Google absorbs the risk of long-term energy price volatility, while Fortum secures the financial backing to maintain and upgrade aging infrastructure that provides 10% of Finland’s electricity. However, the distinction between announcement and execution remains critical. The PPA is scheduled to begin in 2028 with smaller capacity, scaling to 50% of Loviisa’s output during the 2030–2049 period. The Fortum press release confirms that the agreement also includes a memorandum of understanding for new nuclear reactors and renewable energy exploration. The material consequence for Finland is significant: a projected €3.6 billion GDP contribution during the construction phase and the creation of approximately 7,000 jobs once the sites are fully operational. Yet, the burden of execution rests on navigating the regulatory and technical hurdles of nuclear life-extension and grid integration. For investors and policy watchers, the money lens is no longer focused solely on the cost of H100s or Blackwell chips. It is now fixed on the cost of energy sovereignty. Google is betting that by becoming a primary financier of national energy assets, it can bypass the grid constraints that are currently bottlenecking AI expansion in other markets. The question for the market is whether this model of “compute-as-infrastructure-preservation” will become the standard for hyperscalers operating in energy-constrained European jurisdictions, or if it remains a bespoke solution for a company with the balance sheet to underwrite the future of a national power plant.