Google commits €13bn to Finland AI infrastructure and 22-year nuclear deal

Alphabet’s Google has announced at least €13 billion in new Finnish investment over the next two years, its largest single investment commitment in Europe, as the artificial-intelligence infrastructure race increasingly becomes a competition for both computing capacity and reliable electricity. The programme includes three new data centres in northern Finland alongside grid, clean-energy and battery investments supporting products including Gemini, Search, Maps and YouTube.

The most strategically important component is a 22-year power-purchase agreement with Fortum covering up to 50% of the generation capacity of the Loviisa nuclear power plant. Fortum says the contract creates economic certainty for extending and upgrading the facility through 2050, while Google describes it as its first nuclear-energy agreement outside the United States.

Finland expects the investment to contribute about €3.6 billion to GDP during the construction phase, while Google projects thousands of jobs once the new infrastructure is operational. Fortum shares surged around 15.5% following the announcement, demonstrating how valuable a long-term hyperscaler contract can be to the economics of existing nuclear generation.

Why has Google chosen Finland for its largest European investment?

AI data centres require enormous amounts of electricity and cooling, making climate, grid reliability and power availability increasingly important location factors. Finland offers a relatively cool climate that can reduce mechanical cooling requirements, alongside a low-carbon electricity system combining nuclear, wind and other generation.

Google has operated in Hamina for around 15 years and already has experience using local conditions to reduce energy and water requirements. The company says its Finnish supplier ecosystem involved more than 600 companies between 2023 and 2025, providing an existing industrial base for a much larger expansion.

Northern Finland also offers land and grid development opportunities that can be harder to obtain in more densely populated European markets. As communities in countries including Ireland, the Netherlands and parts of the United States push back against power-hungry data centres, locations able to combine local acceptance with sufficient generation capacity gain strategic value.

Why is the 22-year Fortum nuclear contract so important?

Data centres cannot depend entirely on intermittent electricity because computing clusters must operate continuously. A long-term nuclear power contract gives Google access to large volumes of predictable low-carbon generation while giving Fortum a guaranteed customer capable of supporting major capital expenditure.

Fortum says the agreement can cover up to half of Loviisa’s capacity and will improve the group’s comparable return on net assets by approximately 1.4 percentage points over time once the full contracted volume is reached. The commercial certainty supports life-extension and uprating work intended to keep Loviisa operating through 2050.

The agreement therefore changes the economics on both sides. Google reduces long-term energy uncertainty, while Fortum gains a highly creditworthy customer whose demand is likely to remain substantial for decades.

What does Google mean by ‘bring your own power’ for AI data centres?

Google President and Chief Investment Officer Ruth Porat described the approach as “bring your own power,” reflecting a shift in which technology companies increasingly secure or help develop electricity rather than expecting public grids simply to absorb enormous new loads.

That model can reduce political opposition because hyperscalers are less likely to be accused of consuming scarce capacity without contributing new generation or grid reinforcement. Google’s package also includes renewable-energy development, a 94-megawatt battery system and work with Fortum on possible new nuclear and flexibility projects.

The approach may become increasingly common as AI infrastructure expands. Electricity is emerging as one of the principal bottlenecks in computing investment, meaning technology companies now compete not only for chips and engineers but for entire energy portfolios.

Could Google’s investment increase Finnish electricity prices?

Prime Minister Petteri Orpo said current assessments indicate Finland has enough electricity and that the projects are structured to keep production adequate and prices under control. The concern is nevertheless legitimate because large AI facilities can consume electricity on the scale of industrial plants or small cities.

The risk depends on whether new demand arrives faster than generation and grid investment. If Google’s consumption is matched with life-extended nuclear capacity, new wind and storage, the company can help finance supply rather than simply compete with households and industry for existing electricity.

Grid congestion could still emerge regionally, particularly where data centres cluster around specific substations. Finland will therefore need transmission upgrades and careful sequencing of projects if it wants the AI boom to remain politically sustainable.

How large is the employment and economic contribution expected from the project?

Google says its programme will contribute €3.6 billion to Finland’s economy during the construction phase and support thousands of jobs. Reuters reported a projection of roughly 7,000 jobs annually once the new facilities are operational, while Google’s own announcement says the development will support tens of thousands of jobs during the wider initial buildout.

The company is also committing €31 million to communities around Hamina, Kajaani, Muhos and Vaala, including training and education programmes. Google says more than 4,400 workers will receive AI-related upskilling opportunities and around 100 Finnish students will receive additional data-centre career training.

The long-term economic effect will depend on whether data centres stimulate broader research, cloud-computing and software ecosystems rather than remaining capital-intensive infrastructure with relatively limited permanent staffing. Finland is clearly aiming for the larger outcome by linking the investment with innovation and skills.

What are the key takeaways from Google’s €13 billion Finland investment?

• Google will invest at least €13 billion in Finnish AI, data-centre, grid and clean-energy infrastructure during 2027 and 2028.
• The company describes the programme as its largest single investment in Europe.
• Three new data centres will be built in northern Finland, while existing operations in Hamina will remain an important part of the network.
• Google has signed a 22-year power-purchase agreement covering up to 50% of Fortum’s Loviisa nuclear capacity.
• Fortum says the contract provides economic certainty for life-extension and power upgrades that could keep Loviisa operating through 2050.
• The agreement is Google’s first nuclear-energy deal outside the United States.
• Finland expects significant GDP and employment benefits, while Fortum shares jumped more than 15% following the announcement.

Is Finland becoming one of Europe’s most important AI-infrastructure locations?

Finland has several advantages that become more valuable as computing demand becomes more energy intensive: cool weather, relatively abundant low-carbon power, political stability and a grid accustomed to large industrial loads. Google’s willingness to commit €13 billion indicates that those characteristics can offset the disadvantages of a smaller domestic market.

The more important question is whether Finland can translate infrastructure investment into broader technological capability. Hosting servers is economically useful, but the greatest value from AI emerges when computing capacity supports local research, software businesses, universities and industrial innovation.

Google’s combination of data centres, energy contracts and skills programmes suggests that competition for AI investment is moving into a new phase. Countries capable of offering power, infrastructure and a trained workforce together may have a much stronger advantage than those competing primarily through tax incentives.