Meta Says Hyperion AI Campus Will Reach 5 GW In Louisiana

Meta is expanding its Hyperion AI campus in northeast Louisiana to 5 GW, with more than $50 billion in planned investment.

The scale, reported by Data Center Knowledge, would make the Richland Parish project a regional power-planning event as well as a data-center buildout.

Meta said Monday that the campus will ultimately reach 5 GW, up from the roughly $27 billion plan announced in 2025 through a joint venture with Blue Owl Capital.

The first phase remains on track to deliver about 2 GW by 2030.

A 5 GW Regional Power Event

Neil Osnato, founder of Persistence Analytics Group, said a 5 GW campus crosses a threshold for utilities.

At 2 GW, planners can still treat the project as an unusually large customer.

At 5 GW, he said, Hyperion begins to function as an anchor tenant for an entire regional power strategy.

That scale can affect generation planning, transmission expansion, interconnection studies, reserve margins, fuel strategy, water planning, substation development and equipment procurement.

“At 5 GW, this is no longer just a ‘large data center.’ It becomes a regional infrastructure-planning event,” Osnato said.

Stephen Sopko, analyst-in-residence at HyperFrame Research, said the strategic contest now extends beyond compute hardware.

“Securing gigawatts and transmission capacity is now as strategic as GPU access,” he said.

Chips can be sourced from multiple suppliers, Sopko added, but a transmission queue slot cannot be multisourced in the same way.

The investment curve adds to the scale of the commitment.

Sopko said the increase from $10 billion to $27 billion and then to more than $50 billion in under two years is steeper than commitments from other hyperscalers at a single site.

Entergy’s Customer-Specific Power Plan

Louisiana regulatory filings show that Entergy proposed a customer-specific Corporate Sustainability Rider within an Electric Service Agreement with Laidley, LLC, a Meta affiliate.

The arrangement committed Entergy to procure 1,500 MW of new solar and hybrid solar-storage resources, in addition to 3 GW of solar previously approved by regulators.

The filings also contemplated carbon capture and storage and other clean-energy resources tailored to the project.

Entergy’s supplemental testimony, filed in February 2025, said the customer had already requested additional electric load beyond the original proposal and that the utility was negotiating revised service terms.

Any new transmission facilities required for the expansion would be funded by the customer rather than recovered from Louisiana ratepayers, according to the filings.

The Cost and Limits of the Expansion

Don Gentile, an analyst for data platforms and resiliency at HyperFrame Research, said power is becoming a competitive advantage alongside GPUs and the infrastructure needed to deploy AI at scale.

Hyperion and similar campuses will train frontier models and support cloud-scale inference, he said, while enterprise infrastructure, edge deployments and AI-capable client devices continue to evolve alongside hyperscale construction.

The disclosed filings do not identify the specific new transmission facilities, final in-service dates beyond the first phase, or a completed generation mix for the full 5 GW campus.

They do show that the expansion was already being addressed in utility planning before Meta’s latest announcement.

“At 5 GW, Meta is not just buying power,” Osnato said.

“It is helping decide what the regional grid becomes.”