Meta Locks Up Massive Nuclear Power

Big Tech, spearheaded by Meta, is making an unprecedented move into nuclear energy, securing over 6.6 gigawatts of power through long-term deals to fuel its rapidly expanding AI data centers. This massive investment, which makes Meta one of the largest private buyers of nuclear power, highlights the immense energy demands of the AI race. While this push supports reliable, low-carbon baseload power, it raises conservative concerns about granting unelected tech elites significant leverage over America’s critical energy infrastructure, especially since most of the promised nuclear capacity won’t arrive until 2030–2035.

Story Snapshot

Meta has signed nuclear power deals totaling up to 6.6 GW to feed its expanding AI data centers, including the Prometheus supercluster in Ohio.
These long-term agreements make Meta one of the largest private buyers of nuclear power, outpacing other tech giants.
Most of the promised nuclear capacity will not arrive until 2030–2035, while Meta’s AI build-out races ahead now.
Conservatives see both opportunity in reliable nuclear power and risk in giving unelected tech elites huge leverage over America’s grid and data.

Meta’s Massive Nuclear Grab to Power AI ‘Superintelligence’

Meta Platforms, Facebook’s parent company, has signed long-term nuclear power agreements totaling up to 6.6 gigawatts with Vistra, Oklo, and TerraPower, on top of a 2024 deal with Constellation Energy. These contracts are designed to secure firm, low-carbon electricity for Meta’s rapidly growing AI data centers in the PJM grid region, including its Prometheus AI supercluster in New Albany, Ohio. Prometheus alone is expected to demand at least one gigawatt of power as Meta pursues “computer superintelligence.”

Under the Vistra agreements, Meta will draw more than 2.1 gigawatts from existing nuclear plants in Ohio and Pennsylvania, with about 433 megawatts more coming from capacity uprates at those facilities and at Beaver Valley in Pennsylvania, all under 20-year power purchase agreements. Oklo will develop an advanced nuclear campus in Pike County, Ohio, targeting 1.2 gigawatts of fast-reactor capacity by roughly 2034. TerraPower plans two 345-megawatt Natrium reactors by about 2032, with options for six additional units by 2035.

$META 🤝 $OKLO Big Nuclear Energy Deal

Meta has signed a major agreement with Oklo to develop a 1.2 GW advanced nuclear campus in Ohio to power Meta’s growing data center and AI infrastructure.

Key points:
• 1.2 GW project with multiple advanced reactors on 206 acres,… pic.twitter.com/IAlGh8NCGP

— Jacob Elwood (@JTE_Theta) January 10, 2026

Big Tech’s Energy Hunger and the Push Into Advanced Nuclear

Meta’s nuclear push sits on top of a broader trend: hyperscale AI clusters now demand hundreds of megawatts to a full gigawatt of constant power, far beyond traditional data center needs. Training and serving large AI models around the clock makes intermittent wind and solar far less workable without firm backup. Tech giants once leaned heavily on renewable branding, but rising 24/7 demand is pushing them toward nuclear as a dependable, low-carbon baseload that can stabilize costs and satisfy investors watching climate metrics.

Unlike earlier corporate green deals, Meta is not just buying from the existing fleet; it is helping finance first-of-a-kind advanced reactors. Oklo’s small fast reactors and TerraPower’s sodium-cooled Natrium design promise smaller footprints, flexible operations, and integrated energy storage compared with traditional large light-water plants. For conservatives who have long supported nuclear as a practical alternative to green subsidies and unreliable renewables, this shift validates the argument that serious power systems need real baseload, not slogans.

Who Really Gains: Communities, Grid Reliability, or Tech Elites?

All of Meta’s contracted nuclear power will flow into the PJM Interconnection, which already faces strain as older plants retire and new manufacturing and data center loads surge. In theory, firm nuclear commitments can help keep the lights on for Midwestern and Mid-Atlantic communities while reducing dependence on imported fuels. In practice, Meta will claim the environmental attributes, branding its AI empire as “clean,” while regular ratepayers still depend on a mixed grid and grapple with prices shaped by years of federal overspending and energy policy whiplash.

Most of the new nuclear capacity will not be available until sometime between 2030 and 2035, meaning Meta’s near-term AI expansion still relies heavily on today’s grid mix of fossil fuels and renewables. A $10 billion Meta facility in Louisiana, for example, is expected to run on gas turbines when it comes online around 2030. That gap raises a question conservatives are already asking: are powerful tech firms using future nuclear promises to politically shield their present-day growth, while Washington regulators give them broad latitude over data, speech, and digital surveillance?

Conservative Takeaways: Nuclear Promise, Tech Power, and the Road Ahead

For constitutional conservatives, there are two sides to this story. On one hand, large-scale nuclear investment supports domestic energy production, grid reliability, and high-skilled industrial work in states like Ohio and Pennsylvania—far preferable to climate schemes that shipped manufacturing overseas while hammering American families with higher costs. On the other hand, concentrating so much long-term energy leverage in the hands of one unelected corporate actor deepens concerns about Big Tech’s influence over public discourse, privacy, and even critical infrastructure planning.

Local communities around Perry, Davis-Besse, Beaver Valley, and future advanced reactor sites will shoulder the direct impacts and deserve transparent engagement, not top-down decisions driven by Silicon Valley timelines. As Meta and its partners move toward their 6.6-gigawatt target, conservatives will watch closely to ensure nuclear revival serves American workers, families, and national strength—not just the ambitions of tech billionaires chasing “superintelligence” while pushing policies that often clash with traditional values and limited government.

Watch the report: Meta Signs Multi-Gigawatt Nuclear Deals to Power AI Data Centers