Google will invest at least €13 billion (~$15.1 billion) through 2028 to expand AI data center infrastructure in Finland - its largest single investment in Europe - across four sites (Hamina, Kajaani, Muhos, Vaala), backed by a 22-year nuclear power purchase agreement with Fortum, 629 MW of new onshore wind, and a 94 MW battery system.

At the center of Google's Finland package sits an unusual financial instrument: a 22-year power purchase agreement with the utility Fortum, covering up to 50 percent of the Loviisa nuclear plant's output from 2030 through 2049 ^[2]. That length of commitment is what makes the deal notable - most corporate clean-energy PPAs in Europe run 10 to 15 years, but Google is locking in Loviisa capacity for more than two decades, in what World Nuclear News describes as Google's first nuclear power agreement outside the United States ^[2].

The mechanism matters because it flips the usual funding logic for aging nuclear assets. Fortum CEO Markus Rauramo said long-term partnerships like this one are "a key enabler" for growth, and the revenue certainty from Google's contract is what lets Fortum commit roughly €1 billion to extend Loviisa's two reactors, which have operated since 1977-1981, out to 2050 ^[2]. Beyond the nuclear agreement, Google also signed new onshore wind power purchase agreements with Valorem and Suomen Hyötytuuli, lifting its total supported new-to-grid onshore wind capacity in Finland to 629 megawatts, and contracted a 94-megawatt battery storage system near its Kajaani site, expected to come online in late 2027 to help balance the grid during cold, windless periods ^[3]. In effect, a single hyperscaler's demand for round-the-clock, carbon-free electricity is now underwriting the lifespan of a national nuclear plant that supplies more than a tenth of Finland's power.

Google's own figures frame the investment as a broad economic lift: an average of €3.6 billion added to Finland's GDP annually during the 2027-2028 construction phase, more than 37,000 jobs supported during construction (about 16,000 of them directly in construction), and roughly 7,000 jobs sustained annually once the four sites are operational, at wages the company says run 24 percent above Finland's median ^[4][5]. Google has also pledged €31 million over four years for community programs across the host municipalities, including €10 million for research and innovation and AI skills training aimed at more than 4,400 workers ^[4].

That framing lands very differently depending on the audience. On X, corporate and financial-press accounts, including Google Cloud's own leadership, presented the numbers as an unambiguous win for the Finnish economy. But the reception on Finnish-language community forums ran markedly more skeptical, with commenters challenging whether the construction and permanent job totals are inflated relative to how few people an automated data center actually employs, and raising a related concern: that Google's claim on roughly half of Loviisa's output for 22 years effectively earmarks a meaningful share of national nuclear generation for one company's compute needs rather than the broader consumer market. That gap between the official jobs-and-GDP narrative and the public's arithmetic skepticism is arguably the most contested part of the announcement.

Finland's appeal to Google is not new. Google bought the disused Summa paper mill in Hamina back in March 2009 and brought the first phase of that data center online in September 2011, using seawater cooling to cut costs ^[6]. By the time of this announcement, Google's cumulative investment in Hamina alone had reached close to €800 million across multiple expansion phases, supporting more than 600 Finnish suppliers over 15 years of operation ^[1][6]- making the new €13 billion commitment roughly 16 times the size of everything Google has built in the country to date.

The pitch for building more there is straightforward: a cold climate that reduces the energy cost of cooling servers, plus relatively cheap, stable low-carbon electricity from nuclear, wind and hydro ^[5]. The new package spans four municipalities - an expanded Hamina site alongside new facilities in Kajaani, Muhos and Vaala ^[10]- and arrives as Alphabet has raised its own 2026 capital expenditure guidance to $205 billion, situating the Finland deal as one piece of a much larger global AI infrastructure buildout ^[7].

Investors treated the headline investment figure and the nuclear power deal very differently. Alphabet's stock barely moved on the announcement, edging just 0.03 percent to $338.36, with market commentary framing it as confirmation of an AI buildout that was already priced in rather than new information ^[8]. Fortum's stock told the opposite story, jumping roughly 10 to 11 percent on news of the 22-year nuclear agreement ^[9].

That gap is telling. For Alphabet, €13 billion is a rounding error against a $205 billion annual capex plan already flagged to investors ^[7]. For Fortum, by contrast, a two-decade revenue guarantee tied to a specific, previously uncertain asset - Loviisa's post-2030 economics - is the kind of concrete catalyst markets can price immediately. The muted Alphabet reaction versus the sharp Fortum rally suggests investors see this less as a new bet on AI demand and more as a de-risking event for Finland's nuclear fleet.

Beneath the celebratory headlines sits a question none of Google's, Fortum's, or the Finnish government's messaging addresses directly: what happens to consumer electricity access and pricing once a large share of a major nuclear plant's output is locked into a single 22-year corporate contract. Community discussion in Finland raised exactly this concern, pointing out that committing roughly half of Loviisa's generation to one company for more than two decades effectively removes that capacity from the pool available to ordinary households and businesses, regardless of how the deal is framed as a boost to the grid.

Comparisons raised in the discussion ranged from concerns echoing Utah's experience with data-center strain on local water and electricity supply, to worries that Finland could follow countries where a rapid data-center buildout has been followed by rising household electricity prices and a grid stretched thin at peak demand. Whether Finland follows either pattern is unknowable from the announcement alone, since the deal's public materials emphasize new generation added - wind, battery storage - without directly addressing how the Loviisa allocation interacts with domestic supply during periods of high demand or low wind output. That gap between what the deal promises for the grid overall and what it commits away from the consumer market is the part of the announcement most likely to resurface as a political and pricing issue long after the construction jobs are finished.