Meta has moved to secure major nuclear power commitments as the electricity needs of its AI data centers continue to climb. In early 2026, the company announced a set of long-term, multi‑gigawatt agreements with several prominent U.S. energy and nuclear technology players: Vistra Corp., Constellation Energy, Oklo Inc., and TerraPower LLC. Collectively, the deals are expected to supply as much as 6.6 gigawatts of nuclear-generated power by 2035, reinforcing Meta’s push to ensure its infrastructure can keep pace with its ambitions in artificial intelligence.
The scale of the agreements places Meta among the country’s largest corporate buyers of nuclear energy. The company is aiming to line up dependable, low‑carbon electricity that can support continuous operations at facilities that rarely get to pause. As AI-driven products and services accelerate, Meta’s decision to secure long-range power supply underscores how central energy procurement has become to the modern technology roadmap.
At the heart of these agreements is a straightforward recognition that the digital economy runs on physical infrastructure, and that infrastructure depends on stable power. Meta’s approach reflects the growing pressure on large technology companies to not only expand compute capacity, but to do so with an energy strategy that can hold up under rising demand. The company’s nuclear commitments signal an effort to reduce exposure to uncertainty as its systems scale.
Why Nuclear Fits AI’s Always-On Needs
AI workloads consume enormous amounts of electricity, and the appetite tends to rise as models grow more capable and more widely deployed. Against that backdrop, nuclear power stands out for a practical reason: it can deliver a steady baseload supply. That constant output contrasts with wind and solar generation, which can vary with weather and time of day, creating fluctuations that must be balanced elsewhere on the grid.
For data centers supporting AI, reliability is not an abstract preference. Power interruptions can translate into downtime, degraded performance, and operational inefficiencies that ripple through services people use every day. By contracting for nuclear energy across multiple partners, Meta is working to reduce vulnerabilities that could emerge during peak demand periods. The goal is to keep critical systems online and consistent as usage grows.
The shift also aligns with Meta’s stated sustainability direction by emphasizing low‑carbon electricity while continuing to expand its data center footprint. Rather than treating environmental considerations as separate from operations, the company is tying its growth plans to a power source presented as both dependable and lower in carbon emissions. In this framing, nuclear energy becomes a way to support expansion without stepping away from sustainability objectives.
Ohio, Market Signals, and a Changing Tech Playbook
A major element of Meta’s strategy centers on Ohio-based nuclear assets. The company has locked in 2.2 gigawatts of nuclear power from the Perry and Davis‑Besse plants, facilities operated by Vistra Corp. Those plants sit in a region positioned to support Meta’s infrastructure needs, giving the company access to a consistent supply of electricity as it builds out and strengthens data center operations in the area.
These Ohio plants have been important to the regional grid for years, even as they have faced difficulties in the recent past. The new long-term contracts offer a measure of stability by supporting continued operations and ensuring the facilities remain productive over an extended timeframe. For Meta, the arrangement serves a clear purpose: anchor a significant share of required electricity in an established source as demand climbs.
Financial markets registered the news quickly. After the nuclear agreements became public, shares of companies connected to the deals, including Vistra and Oklo, saw noticeable gains. The reaction suggested that investors are increasingly attentive to how energy access shapes the future of AI infrastructure, and that they view Meta’s long-duration procurement choices as a meaningful signal about where demand is headed.
Taken together, the agreements also reflect a broader change in how the tech sector talks about nuclear energy. For years, nuclear power has often been treated as controversial, but the pressure to power ever-larger digital systems has pushed companies to reconsider what “viable” looks like in practice. Meta’s partnerships with Oklo and TerraPower include support for small modular reactors that remain under development, positioning the company not only to draw from existing plants now but also to look toward next-generation capacity later. In doing so, Meta is helping shape a playbook other tech giants may study as they confront the same collision of AI growth and the demand for steady, scalable electricity.
