Oklo and Meta Nuclear Deal Explained: The 1.2 GW AI Data Center Power Project

Summary

On January 9, 2026, Oklo and Meta announced an agreement supporting development of a nuclear-energy campus in Pike County, Ohio capable of scaling to 1.2 GW.

The project is intended to support Meta's growing Ohio data-center operations, including AI infrastructure.

The current planned schedule is:

The most important clarification is:

Meta is not currently receiving 1.2 GW from operating Oklo reactors. The agreement supports development of a future phased nuclear campus.

Why Does Meta Need More Electricity?

AI workloads require large computing clusters.

Those clusters require:

• Data centers;
• Servers;
• Cooling;
• Reliable electricity.

For hyperscalers, the challenge is not merely buying renewable-energy certificates. They increasingly need new physical power generation that can support long-duration, high-load operations.

Why Nuclear Fits the Data Center Problem

Nuclear power can potentially provide:

• Continuous generation;
• High capacity factors;
• Small land footprint relative to some alternatives;
• Low operational carbon emissions.

Advanced-reactor developers argue that smaller units can also be deployed closer to large industrial or computing loads.

What Exactly Did Meta Agree To?

Oklo says the agreement provides a mechanism for Meta to:

• Prepay for future power;
• Provide funding that increases project certainty.

Oklo plans to use this funding to secure nuclear fuel and advance Phase 1.

This is more economically meaningful than a simple statement that the companies are “exploring nuclear.”

Why Prepayment Matters

Nuclear projects require substantial capital before revenue begins.

A customer that provides early money can potentially help with:

• Fuel procurement;
• Engineering;
• Site development;
• Long-lead equipment;
• project financing.

That may reduce part of the funding burden that would otherwise fall on equity investors.

Does Meta Own the Reactors?

Oklo's disclosed model remains centered on Oklo developing and operating its own powerhouses.

The agreement is structured around the supply of future power rather than Meta simply purchasing a reactor from Oklo.

How Large Is 1.2 GW?

1.2 GW equals:

1,200 MW

With current Aurora units designed around 75 MW each, a full-scale campus represents a large multi-unit deployment. Oklo's project materials refer to a 16-unit site when discussing staffing.

Why Is the Site in Southern Ohio?

Oklo controls more than 200 acres in Pike County at the former Portsmouth Gaseous Diffusion Plant area.

The site also sits near Centrus' Piketon uranium-enrichment operations, creating potential strategic links between:

• Fuel;
• Reactor deployment;
• Data-center electricity demand.

How Centrus Fits the Story

Oklo and Centrus announced plans to explore a HALEU deconversion joint venture in Pike County.

Then in June, they signed an LOI under which Centrus intends to supply enough HALEU for multiple years of operation for up to five Aurora units, with deliveries scheduled from 2029.

This links:

Fuel production

↓

Aurora

↓

Meta-supported demand

within the same broader Ohio region.

Is the Centrus Fuel Contract Final?

Not yet.

The June announcement explicitly states that the LOI anticipates negotiation of a future definitive agreement.

Therefore, articles should not say:

“Centrus has guaranteed all fuel needed for the entire 1.2 GW campus.”

That would overstate the current commitment.

Why 2030 Matters

Oklo currently targets first-phase operations for the Ohio campus as early as 2030.

Between now and then, important steps include:

• Engineering;
• Licensing;
• fuel;
• construction;
• interconnection;
• financing.

The project therefore has substantial execution risk despite the size of the commercial opportunity.

Why 2034 Matters

The full 1.2 GW campus is targeted for 2034.

That means investors valuing all 1.2 GW as if it were operating today are ignoring nearly a decade of:

• Construction risk;
• financing risk;
• regulatory risk;
• execution risk.

How the Deal Can Affect OKLO Valuation

The agreement can potentially improve investors' confidence in:

Demand

A major hyperscaler wants future nuclear capacity.

Financing

Customer prepayments can support development.

Scale

The contemplated campus is far larger than a single Aurora unit.

Replication

Success could create a blueprint for other data-center customers.

What Are the Risks?

Schedule

2030 and 2034 are targets, not guarantees.

Fuel

Large fleets require large quantities of qualified fuel.

Construction

Many repeated units must be manufactured and installed.

Licensing

Commercial regulatory approvals remain necessary.

Economics

Oklo must ultimately deliver electricity at economics acceptable to both itself and customers.

Does Meta's Agreement Guarantee Oklo Revenue?

No.

It materially strengthens the commercial story, but future revenue still depends on project execution and the detailed commercial arrangements.

Development funding should not automatically be treated as equivalent to decades of realized electricity revenue.

What Does the Meta Deal Mean for OKLOON?

OKLOON is linked to OKLO.

If the market increases its valuation of Oklo because the Meta campus progresses, OKLO may respond and OKLOON may follow.

But OKLOON does not itself represent:

1.2 GW of Meta electricity capacity.

For the product distinction, read What Is OKLOON?.

FAQ

How large is the Oklo-Meta project?

Up to 1.2 GW.

Where is it?

Pike County, southern Ohio.

When could the first phase operate?

As early as 2030 under the current target.

When is full buildout targeted?

Is Meta already using Oklo nuclear electricity?

No.

Will Meta help fund development?

The agreement includes mechanisms for prepayment and early-stage funding.

Risk Disclaimer

The Ohio project remains under development. Its capacity, economics, timing, licensing, financing and commercial structure can change.