The multi-billion-dollar Google AI infrastructure deal marks Alphabet’s largest single European investment to date, committing 13 billion euros, or roughly 15.1 billion dollars, to expand server facilities and energy procurement across Finland. Scheduled across 2027 and 2028, the initiative includes constructing three new hyperscale data centers in the northern region of the country, leveraging sub-zero winter temperatures to decrease cooling energy requirements for high-density computing hardware. The expansion aligns with Alphabet’s elevated global capital expenditure plan, which targets between 195 billion and 205 billion dollars to scale cloud capabilities supporting services such as Gemini, Google Search, Maps, and YouTube.
A core component of the initiative involves a 22-year power purchase agreement with state-backed utility Fortum, securing up to 50 percent of the electricity generated by the Loviisa nuclear power plant located near Google’s existing Hamina data center facility. Representing Google’s first international nuclear energy agreement outside the United States, the long-term contract provides financial stability to support plant operations and upgrades through 2050. Following the announcement, shares of Fortum rose 15.5 percent on European equity exchanges, marking a four-and-a-half-year high.
Economic Impact and Energy Grid Integration
Beyond direct nuclear energy procurement, Google and Fortum plan to evaluate joint developments in additional nuclear and renewable generation assets to support regional power stability. Finnish economic projections indicate that the Google AI infrastructure deal will add 3.6 billion euros to national gross domestic product during the construction phase and support approximately 7,000 annual operational jobs. Prime Minister Petteri Orpo addressed local power grid considerations, stating that domestic generation capacity remains sufficient to handle expanded hyperscale loads without inflating consumer electricity rates.
The Nordic region continues to attract major technology enterprises—including Microsoft and ByteDance—due to reliable grid connectivity, low-carbon power availability, and favorable climate conditions for thermal management. By pairing long-term nuclear power procurement with grid upgrades and battery storage projects, Alphabet aims to maintain compute expansion goals while meeting corporate carbon-neutrality targets across its European data center operations.
The deal comes as hyperscalers race to lock in reliable, low-carbon power. Electricity has become the main bottleneck for AI infrastructure, and countries that can offer both cold climate and stable baseload generation are suddenly strategic. Finland’s combination of nuclear capacity, cool temperatures and existing grid strength explains why Google, Microsoft and ByteDance are all expanding there.
Google’s presence in the country already has history: its Hamina facility, opened in 2009, was converted from a former paper mill. The new nuclear agreement with Fortum covers up to half the output of the Loviisa plant, which alone supplies roughly 10% of Finland’s electricity.