Google Picks Nuclear Finland for AI Instead of Eastern Europe — and It Changes Everything

Europe’s Nuclear Divide Just Got Real

Google chose Finland for a reason that has nothing to do with tax incentives or land prices. In a move that marks the first time any major US tech company has secured nuclear power outside America, the search giant is committing €13 billion over two years — roughly ₩20 trillion — to build AI data centers across the country. This is Google’s largest single European investment in history.

The deal is built around a 22-year power purchase agreement with Fortum, Finland’s state-owned energy company. Starting in 2030, Google will secure up to 50% of the output from the Loviisa nuclear plant, running through 2049. Chief Investment Officer Russ Watmough put it bluntly: BYOP. Bring Your Own Power. The era of expecting grid availability to keep up with AI demand is over.

Why Finland Matters

Finland sits at an uncomfortable intersection of European energy policy. While Germany, Belgium, and Spain have been systematically shutting down nuclear reactors for nearly two decades, Finland doubled down. As of 2024, nuclear provides 39% of the country’s electricity — a single largest source for a developed economy. That kind of baseload stability is vanishingly rare in the EU today.

The logic extends beyond existing reactors. Finland is already pursuing small modular reactor technology through Helen, with a €5 billion program underway this year. Meanwhile, the country operates Onkalo — the world’s first permanent deep geological repository for spent nuclear fuel — and recently started the first disposal tunnels after completing safety reviews. South Korea, by contrast, has not even selected a permanent disposal site, leaving spent fuel sitting in temporary storage at reactor facilities.

The Grid Bottleneck Is the Real Arms Race

Google’s decision signals what should have been obvious by now: the bottleneck in the AI infrastructure race is not silicon, it is megawatts. Northern European countries with stable, carbon-free baseload generation are becoming the only realistic locations for hyperscale deployments. The Financial Times identified this earlier this year, calling grid reliability the decisive factor. Now Google is proving it with a check.

This is happening across the entire industry. Microsoft struck a deal to restart Unit 1 at Three Mile Island, securing 20 years of power from a restarted reactor in Pennsylvania. Meta announced plans to build gas-fired generation specifically for data centers in Ohio and Louisiana. Microsoft is also co-developing a 2.67 GW natural gas plant in Texas with Chevron. The pattern is unmistakable: Big Tech is no longer waiting for utilities to build capacity. They are bypassing it entirely.

Google’s deal with Commonwealth Fusion Systems for 200 MW of fusion power reinforces the point. The company is hedging across fission, fusion, and existing nuclear — treating energy procurement as a direct capital expense rather than a utility arrangement.

What This Means for Eastern Europe

The investment was expected to go elsewhere. Poland, Romania, and Hungary have been courting Big Tech with promises of new reactor construction and favorable regulatory treatment. Romania’s Cernavodă plant had been floated as a potential data center anchor. Instead, Google chose a country that already had operating reactors, an established grid, and a completed waste disposal strategy.

The lesson for regional governments is clear: infrastructure readiness wins over political enthusiasm. A country that can deliver firm, continuous power today — not one promising to build that capacity by 2035 — holds the advantage. Finland’s nuclear fleet has been running since the 1970s. Its transmission network is mature. Its regulatory framework is predictable. None of those things made headlines, but they made the investment viable.

The European Nuclear Schism Deepens

Google’s choice is effectively a referendum on European energy policy. By 2027, the EU will have lost roughly two-thirds of its operational nuclear capacity to phase-outs in France, Spain, and Germany — all while Finland adds new reactors and Sweden re-enters the nuclear fold after decades of hesitation. The continent is not moving toward a unified energy strategy. It is fracturing along fault lines that have nothing to do with politics and everything to do with gigawatts.

This matters beyond energy statistics. Data centers require approximately 10 MW per facility at the scale Google is building — enough to power a mid-sized city. A single hyperscale campus can consume more electricity than some member states produce from solar. The countries with nuclear baseload will attract the investment. The countries without it will watch.

The Signal Beyond the Deal

Google’s 50% of Loviisa is not just a power contract. It is a blueprint. Any company that needs guaranteed clean energy at 24/7 load factor will face the same calculation: build near reactors that are already producing, or wait for generation that may never materialize. The BYOP model will spread. Microsoft has already adopted it. Meta is doing the same with gas. Amazon is believed to be exploring the same path with hydro and nuclear.

The second-order implication is that nuclear energy becomes the new geographic moat. Just as cloud providers clustered near subsea cable landing stations a decade ago, AI infrastructure will cluster near operating reactors. Finland, Sweden, and to some extent France — the countries that kept their nuclear fleets intact — gain structural advantages that cannot be legislated away or outbuilt by competitors still negotiating permits.

Google’s €13 billion commitment is the first visible wave. The rest of the industry is already moving in the same direction.