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Introduction: Why Meta Is Turning to Nuclear Energy
Meta has made a decisive move into nuclear energy, signaling how serious the AI race has become. As artificial intelligence models grow larger and more power-hungry, traditional energy sources are no longer enough to guarantee long-term, stable electricity. By striking new nuclear power deals with multiple partners, Meta is positioning itself not just as a tech company, but as a major energy buyer shaping the future of America’s power grid.
Meta’s Nuclear Strategy at a Glance
On Friday, Meta announced a set of nuclear power agreements with Vistra, TerraPower, and Oklo. Together, these deals aim to support up to 6.6 gigawatts of existing and future nuclear generation by 2035. The scale of this commitment highlights how deeply AI infrastructure is tied to energy availability and reliability.
Long-Term Power Deals with Vistra
Meta has signed 20-year power purchase agreements with Vistra, covering the Perry and Davis-Besse nuclear plants in Ohio. These aging but still critical reactors supply electricity to the PJM grid, one of the largest power markets in the United States. The long-term nature of the deal helps extend the operational life of these plants.
Expanding Output from Existing Reactors
Beyond simply buying power, Meta is also backing “uprates,” or capacity expansions, at Perry, Davis-Besse, and Vistra’s Beaver Valley plant in Pennsylvania. Uprates allow existing reactors to generate more electricity without building entirely new facilities, offering a faster and more cost-effective way to increase clean energy output.
Strengthening the PJM Grid
All of these plants feed into the PJM grid, which serves much of the Mid-Atlantic and Midwest regions. Meta already operates facilities within this region, making nuclear-backed grid stability a strategic advantage for its data centers and AI workloads.
TerraPower and the Natrium Reactor Bet
On the advanced nuclear front, Meta is supporting TerraPower, the nuclear company founded by Bill Gates. Meta is funding the commercialization of TerraPower’s Natrium reactor, an advanced design that pairs nuclear generation with molten salt energy storage for improved flexibility.
Two Natrium Units by 2032
Meta is helping finance two Natrium reactor units expected to deliver a combined 690 megawatts of power as early as 2032. This marks a significant step toward proving that advanced reactor designs can move beyond prototypes and into commercial deployment.
Rights to Future Natrium Capacity
In addition to the initial reactors, Meta has secured rights to energy from up to six more Natrium units. These additional reactors could deliver as much as 2.1 gigawatts of power by 2035, further locking in long-term energy security.
Oklo and the Ohio Nuclear Campus
Meta’s third major partnership is with Oklo, a small modular reactor company backed by Sam Altman. Together, they plan to develop an “advanced nuclear technology campus” in Pike County, southern Ohio.
A New Nuclear Hub by 2030
The Oklo-backed campus could begin delivering power as early as 2030, with total capacity reaching up to 1.2 gigawatts. Like Meta’s other nuclear deals, this project would feed electricity into the PJM grid, aligning with Meta’s regional operations.
Funding Details Remain Quiet
While the scale of the deals is clear, Meta has not disclosed specific funding figures. However, the company emphasized that these agreements give Oklo and TerraPower greater business certainty, making it easier for them to raise capital and move projects forward.
Meta’s Previous Nuclear Commitments
This is not Meta’s first nuclear move. Last year, the company signed a 20-year agreement with Constellation to purchase nearly 1.1 gigawatts of power from an Illinois nuclear plant, reinforcing its long-term strategy.
Big Tech’s Nuclear Revival
Meta is not alone. Google has partnered with Kairos Power to source energy from advanced reactors for its data centers. Microsoft has committed to a 20-year deal to restart the Three Mile Island nuclear plant in Pennsylvania. Nuclear power is rapidly becoming the backbone of AI infrastructure.
Reality Check on Advanced Reactors
Despite the momentum, advanced reactor projects still face regulatory, technical, and financial hurdles. It remains uncertain how quickly these designs can be deployed at scale and whether timelines will hold.
Meta’s Historic Energy Position
According to Meta’s chief global affairs officer Joel Kaplan, these agreements make Meta one of the largest corporate purchasers of nuclear energy in U.S. history. The statement underscores how energy strategy has become inseparable from tech leadership.
What Undercode Say:
Meta’s nuclear push is less about climate branding and more about survival in the AI arms race. Training and running large-scale AI models requires enormous, continuous power that intermittent renewables struggle to provide alone. Nuclear offers something rare: predictable baseload electricity with low carbon emissions.
What stands out is Meta’s diversified approach. Instead of betting on a single reactor design or partner, the company is spreading risk across legacy plants, uprates, and next-generation reactors. This hybrid model reduces exposure to delays while still positioning Meta at the forefront of nuclear innovation.
By supporting aging reactors, Meta also plays an indirect role in stabilizing regional grids that might otherwise lose critical capacity. At the same time, backing advanced designs like Natrium and Oklo’s reactors gives Meta early access to future technologies that could redefine power generation over the next two decades.
Another key signal is geographic strategy. By focusing on the PJM grid, Meta aligns its energy investments with its operational footprint, minimizing transmission risk and regulatory complexity. This is infrastructure planning at a level once reserved for governments and utilities.
Ultimately, Meta’s move reflects a broader truth: AI dominance will belong to companies that secure energy first. Chips, models, and data matter—but without electrons, none of it runs. Nuclear is becoming the quiet foundation beneath the AI boom.
Fact Checker Results
✅ Meta announced nuclear agreements with Vistra, TerraPower, and Oklo.
✅ The combined projects target up to 6.6 GW of capacity by 2035.
❌ Exact funding amounts for the deals have not been disclosed.
Prediction
🔮 Nuclear power will become a standard part of long-term AI infrastructure planning.
🔮 Advanced reactors backed by big tech will move from pilots to commercial reality within a decade.
🔮 Energy access, not algorithms, will define the next phase of tech competition.
🕵️📝✔️Let’s dive deep and fact‑check.
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