The biggest bottleneck in AI infrastructure right now is not chips. It is electricity. Specifically, it is the gap between when a hyperscaler or cloud platform needs power and when a grid connection actually gets built, a process that routinely takes three to five years in developed markets. Nebius, the Amsterdam-headquartered AI cloud company trading on Nasdaq under NBIS, picked a different route. On May 20, the company announced a decade-long, $2.6 billion partnership with Bloom Energy to deploy solid oxide fuel cells across its US data center footprint.
NewsTrackerToday picked up the deal the moment it dropped. The headline number is 328 megawatts of installed capacity expected to be operational before the end of 2026, a first project that bypasses gas turbines entirely and delivers behind-the-meter clean electricity to Nebius facilities on a compressed timeline. The fuel cells are modular and commissionable faster than traditional generation, which is the specific variable Nebius cited. Andrey Korolenko, the company’s chief product and infrastructure officer, made the logic plain: clean, onsite power deployed on the timelines AI workloads require, without waiting for transmission build.
In the first quarter of 2026, the company reported revenue of $399 million, a 684% year-over-year increase from $50.9 million in Q1 2025. Management raised its contracted power projections from 3 gigawatts to 4 gigawatts in the same breath. NewsTrackerToday traced that acceleration against Nebius’s infrastructure roadmap to understand why power became the constraint worth paying $2.6 billion to solve. At that scale of expansion, the ability to bring facilities online in months rather than years is not a preference – it is an operational requirement.
Daniel Wu, geopolitics and energy analyst, put the Bloom partnership in a wider frame: “The last time a major technology buildout ran hard against physical infrastructure constraints at this pace was the fiber boom of the late 1990s, but the resolution then was a collapse in demand. The AI energy crunch is different because the demand signal is not speculative; it is contracted, and that changes the economics of every off-grid or near-grid power solution dramatically.” NewsTrackerToday documented Bloom Energy’s positioning going into this deal: the company had already secured multi-gigawatt fuel cell commitments with American Electric Power and Oracle in recent months, and its shares had surged roughly 140% from late-March lows before the Nebius announcement added another 8%-plus in premarket trading. Liam Anderson, financial markets analyst, was direct: “This is a $2.6 billion vote of no confidence in grid timing. Nebius is pricing in years of transmission delay and paying a premium to skip the queue.” The trade-off is real but the math, at Nebius’s growth rate, probably justifies it.
Bloom’s solid oxide fuel cells produce electricity through an electrochemical process rather than combustion, generating virtually no local air pollutants. For AI infrastructure operators fielding pressure from enterprise customers and institutional investors on sustainability metrics, fuel cells check boxes that diesel backup generators and new gas peaker plants do not. Aman Joshi, Bloom’s chief commercial officer, described the result as a “community-friendly, high-performance solution at scale.” The language matters: data center permitting battles increasingly turn on community opposition, and clean power framing changes that calculus. The long-term partnership includes potential for global expansion as Nebius scales beyond the US, which puts this deal in a category beyond a single infrastructure contract – a point News Tracker Today highlighted while examining how environmental positioning is becoming intertwined with infrastructure financing and regional approval dynamics.
