In what represents the search giant's single largest European capital commitment to date, Google has officially unveiled plans to invest at least €13 billion (approximately $15.1 billion) into Finnish digital and artificial intelligence infrastructure over 2027 and 2028. The mega-project aims to dramatically scale up high-performance compute capacity across Northern Europe to handle skyrocketing enterprise and consumer demand for generative AI models, including Gemini, and next-generation cloud computing workloads.
Expanding Beyond Hamina into Northern Hubs
Google’s relationship with Finland dates back fifteen years to its 2009 conversion of an abandoned paper mill in Hamina into one of the world's most energy-efficient data facilities, utilizing seawater cooling from the Gulf of Finland. Under the newly announced investment package, Google will not only expand the flagship Hamina facility, but will also develop three brand-new AI data center sites located in Kajaani, Muhos, and Vaala.
These northern Finnish locations offer strategic grid access, cold ambient temperatures that minimize mechanical chilling overhead, and abundant natural resources. Finnish Prime Minister Petteri Orpo hailed the move as a transformative endorsement of Finland's technological capability and reliable energy governance.
A Nuclear-Backed Energy and Grid Blueprint
As computational demands from frontier AI models outstrip regional electric capacities, hyperscalers are pivoting aggressively toward what industry insiders term "Bring Your Own Power" (BYOP) models. To ensure around-the-clock, carbon-free energy supply without compromising local grid stability, Google structured a multi-faceted clean energy deal alongside the facility buildouts:
- 22-Year Nuclear Power Agreement: Google executed a landmark long-term contract with Finnish energy company Fortum. Commencing in 2028 and scaling through 2049, Google will purchase up to 50% of the electricity generated by the Loviisa nuclear power plant, ensuring the commercial viability of a life-extension program that keeps the plant operating through 2050.
- Renewable Wind PPAs: The plan integrates new power purchase agreements for 629 MW of new-to-grid onshore wind energy.
- Battery Storage Resilience: Near its upcoming Kajaani compute campus, Google has contracted a 94-megawatt grid-scale battery energy storage facility designed to smooth intermittency and stabilize power markets during sub-zero winter peaks.
Economic and Community Dividends
According to economic impact modeling released alongside the announcement, the construction phase alone is projected to support more than 37,000 jobs across Finland and generate approximately €3.6 billion annually toward national GDP. Once active, the sites will support thousands of high-skilled long-term positions in engineering, telecommunications, site operations, and facility management.
Additionally, Google committed €31 million toward local community and educational initiatives across Hamina, Kajaani, Muhos, and Vaala. Key programs include collaborative AI upskilling initiatives with regional polytechnics and vocational colleges to prepare over 4,400 Finnish workers and technical students for careers in cloud computing and AI infrastructure.
Sources & Tier-1 Reference Citations
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Google Official Announcement: Google Deepens Its Commitment to Finland with a €13 Billion Investment in AI Infrastructure
Relevance Justification: Primary Tier-1 corporate source published by Google Global Infrastructure leadership outlining the direct capital commitments, energy PPAs, and campus development roadmap. -
Reuters Technology News: Google Pledges €13 Billion to Nordic AI Data Centers and Nuclear Energy
Relevance Justification: Tier-1 international news agency report verifying macroeconomic statistics, government commentary from Finnish Prime Minister Petteri Orpo, and Fortum power purchase terms. -
Yle News (Finnish Broadcasting Company): Google Invests Historic €13bn in Northern Finland Compute Hubs
Relevance Justification: National public broadcaster offering local municipal regulatory confirmation, local supply-chain details (Nokia, Elisa), and district heating heat-recovery integration specifics.