Alphabet said it will invest at least €13 billion in artificial intelligence infrastructure in Finland, including three new data centers in Kainuu, Muhos, and Vala, as well as an expansion of its existing facility in Hamina.

The company said the investment package will be directed toward building new facilities in three Finnish locations and expanding Hamina, one of its established sites in the country. According to the announcement, planned and ongoing projects in Finland now total €43 billion.

Google’s buildout also includes a 94 MW battery project in Kainuu and additional contracts for wind-power purchases. The company has also secured a long-term electricity arrangement with Finnish utility Fortum, which signed a 22-year agreement to sell up to 50% of output from the Loviisa nuclear power plant to Google from 2030 to 2049.

The announcement ties AI infrastructure growth directly to power sourcing and grid planning. Finland’s cold climate can reduce server cooling costs, while the country says 96% of its electricity is produced with zero carbon emissions. Fortum shares rose more than 11% after the power agreement was disclosed.

Alphabet said the projects are expected to create around 16,000 jobs. The investment also lands as Finland faces weak trade conditions linked to the decline in commerce with Russia and unemployment above 10%. At the same time, the company is facing heavier AI-related spending, with the report saying Google posted a free cash flow deficit of $5.9 billion in the second quarter.

Why It Matters

The announcement highlights how the AI race is moving beyond chips and software into power, storage, and long-dated infrastructure commitments. Large-scale AI deployment now depends on access to reliable electricity, favorable regulation, and sites that can support sustained compute expansion.

It also underlines Europe’s role in the next phase of AI capacity buildout. For investors tracking digital infrastructure themes, the significance is less about one company’s footprint in Finland and more about the emerging link between AI growth, national energy systems, and industrial competitiveness.