Google Invests $15.1 Billion in AI Infrastructure in Finland
Google, a subsidiary of Alphabet, announced an investment of at least €13 billion (approximately $15.1 billion) in AI infrastructure in Finland over the next two years, marking its largest single investment in Europe. The funding is set for 2027 to 2028. The project includes data centers, grid upgrades, clean power, and battery systems to support Gemini, search, maps, and YouTube.
The specific plans involve expanding the existing data center in Hamina in southeastern Finland and constructing at least three new data centers in Kajaani, Vaala, and Muhos. The company has acquired land in all three locations, with the Vaala site covering approximately 900 hectares. Since 2009, Google has operated a seawater-cooled data center in Hamina, converting an old paper mill. Concurrently, it signed a 22-year power purchase agreement with Fortum to buy up to half of the output from the Loviisa nuclear power plant to support the facility's operation until 2050, along with a new nuclear development intention; a 94 MW energy storage system will be optimized by Fortum next to the new data center in Kajaani.
Google estimates that the construction phase will contribute approximately $3.6 billion to Finland's GDP annually, supporting around 7,000 jobs once operational. Prime Minister Petteri Orpo stated that this proves Finland's advantages. Ruth Porat referred to this as Google's largest investment in Europe to date. Alphabet has raised its global capital expenditure for this year to between $195 billion and $205 billion. Finland's low temperatures and low-carbon electricity have also attracted data center plans from Microsoft, ByteDance, and Nebius.
Mechanically, this shifts reasoning and training capacity to Nordic nodes where electricity prices and climate are cheaper. The buyer is Google, which needs to expand Gemini, while the seller is Finland with its land, nuclear power surplus, and grid access. Funding flows from California's capital expenditure into civil construction, long-term nuclear power agreements, and energy storage; beneficiaries include Fortum and the northern construction supply chain, while local industries competing for electricity and small users without locked long-term agreements face pressure. The narrative of European digital sovereignty provides political cover, but the real constraints remain the queuing for transformers and lines.
Source: Public Information
ABAB AI Insight
Google has been in Hamina for over a decade, first converting a paper mill to seawater cooling and then acquiring thousands of hectares of forest land inland, indicating a shift in site selection logic from "having old factories" to "having nuclear power surplus and substations." The €13 billion investment for 2027 to 2028 is a way to fully book European capacity at once, avoiding fragmentation through bidding in various countries. The power purchase from Loviisa is not just a green certificate game; it aims to sustain the southern Finnish grid and prevent data centers from drawing electricity away from residents, which could trigger political backlash.
The capital flow is bundled as "data centers—nuclear power—energy storage." Alphabet is slicing off a portion of its nearly $200 billion annual expenditure to Finland in exchange for predictable electricity prices and cooling costs. Fortum uses long-term agreements to finance the lifespan extension of reactors and then utilizes batteries to manage Google's peak and off-peak demands. The motivation is that Gemini must have low-latency nodes in Europe, while the U.S. power queue is already congested. Nebius is planning over $10 billion in data centers in Lappeenranta, indicating that the same power corridor is being booked by multiple large-scale users.
This is analogous to how Ireland once attracted U.S. cloud services and northern Sweden drew training clusters: first leveraging electricity prices and climate, then locking in long-term agreements through political stability. European cloud infrastructure is transitioning from single-point data centers to national-level energy support, with Germany's €55 billion commitment now overshadowed by this Finnish investment.
The structural judgment points to a reconstruction of the industrial chain. Value is shifting from software licensing to nuclear power units and transmission corridors; whoever secures base load decides where the models can be reasoned. The mechanism is that the marginal cost of artificial intelligence is electricity and cooling, and the Nordics are turning these into export products, while U.S. tech companies are treating capital expenditure as imports.
ABAB News · Cognitive Laws
The next stop for model expansion is securing nuclear power long-term agreements that can still be signed.
Europe's largest investments often land where electricity is coolest and the grid can still connect.
Before buying data centers, secure base load for the next twenty years.