Meta doubles Hyperion to 5 GW. The turbine backlog is the ceiling now.

Richland Parish jumps from 2 GW/$27B to 5 GW/$50B+ under a Meta-Entergy deal that funds seven new gas plants, three grid-scale batteries, and 240 miles of 500-kV line. The gating input is no longer land or capital. It is GE Vernova's slot book.

Meta announced on July 13, 2026 that it will expand its Hyperion data center in Richland Parish, Louisiana to 5 gigawatts of compute capacity, more than doubling both the campus footprint and the previously disclosed price tag. The regional investment now clears $50 billion, up from the $27 billion Blue Owl Capital joint venture Meta struck in October 2025 and the $10 billion, 2 GW plan announced when the site broke ground in December 2024 (Meta Newsroom, July 13, 2026; DatacenterDynamics, February 9, 2026). Louisiana Governor Jeff Landry marked the news with a Baton Rouge press event, framing it as the anchor of a $150 billion two-year state investment book.

The story sitting underneath the number is not the buildout. It is what has to move through a US industrial supply chain to deliver the electrons. Meta’s expanded agreement with Entergy Louisiana funds seven new natural gas-fueled generating plants, three grid-scale battery installations, nuclear uprates at existing Entergy units, and roughly 240 miles of new 500-kilovolt transmission connecting South Louisiana generation to the North Louisiana campus (Meta Newsroom, July 13, 2026; Entergy Louisiana release cited in Meta Newsroom, July 13, 2026; RTO Insider, March 31, 2026). Combined with the three plants Louisiana regulators approved in August 2025, Meta’s Hyperion pipeline is now ten new gas turbines on a site that is expected to reach 2 GW by 2030 with no disclosed timetable for the full 5 GW ramp (Quartz, July 13, 2026; Blockspace, July 13, 2026).

What’s happening

Hyperion is now sized at 5 GW of compute capacity at more than $50 billion of regional spend, up from 2 GW at $10 billion at the December 2024 groundbreaking and 2 GW at $27 billion after the Blue Owl JV in October 2025 (Meta Newsroom, July 13, 2026; Meta Newsroom, October 21, 2025).
The Meta-Entergy energy package funds seven new natural gas plants, three grid-scale batteries, nuclear uprates at existing Entergy facilities, and additional purchased power, on top of three gas plants Louisiana regulators already approved in August 2025 (Meta Newsroom, July 13, 2026; RTO Insider, March 31, 2026). Entergy has separately said it needs about 240 miles of new 500-kV transmission to move the electrons north to the site (Quartz, July 13, 2026, citing Entergy).
Meta says the total energy package will save Entergy Louisiana customers more than $2 billion over 20 years, on top of $650 million in savings from the first agreement, because Meta pays the full capital and operating cost of the generation and transmission built for its load (Meta Newsroom, July 13, 2026, citing Entergy Louisiana press release).
The Richland Parish site already sits on a 2,250-acre footprint acquired in 2024 plus 1,400 adjacent acres Meta bought quietly at end of 2025, and hosts more than 3,700 construction workers who have contracted $1.6 billion with local Louisiana businesses since groundbreaking (DatacenterDynamics, February 9, 2026; Meta Newsroom, July 13, 2026).
The 5 GW figure is compute capacity, not connected electrical load; the underlying Entergy generation pipeline is larger, spread across the ten total gas plants (three approved August 2025 plus seven new) that would serve the site if all clear the Louisiana Public Service Commission (RTO Insider, March 31, 2026, reporting Entergy plans “to deliver more than 5 GW to power the site” from the seven new plants alone).

The gas turbine chokepoint moves from theoretical to booked

Tantalum flagged the gas turbine bottleneck twice in June (the June 11 gas-turbine-100 GW piece and the June 12 GE Vernova revision). The Hyperion expansion is the same story, one quarter later, in harder numbers. GE Vernova reported a 100 GW gas turbine backlog at the end of the first quarter of 2026, up 17 GW from year-end 2025, with data centers accounting for roughly 20 percent of the book. The company guided to 20 GW of annualized output by the third quarter of this year and 24 GW by 2028 (GE Vernova Q1 2026 8-K, April 22, 2026). Siemens Energy and Mitsubishi Heavy Industries are the other two vendors capable of building the large frame machines used in combined-cycle plants. That three-way supplier concentration has been flagged by Wood Mackenzie as the primary manufacturing constraint on data center power (Power Engineering, April 22, 2026, citing Wood Mackenzie).

Meta is not competing for turbine slots in the abstract. Entergy Louisiana has to place ten large-frame gas turbine orders that pass Louisiana Public Service Commission review before construction can start on the seven new plants. Every gigawatt Meta commits at Hyperion is a bid against the same slot book that AWS is drawing on for its Susquehanna-adjacent gas builds, that Oracle is drawing on for the Stargate Milam County ramp, and that xAI is drawing on for the Memphis Colossus expansion. The supply is not fungible on a project timeline.

Southern buildout vs. Southern absence

Brazil is the only market in the Americas that could plausibly host a 5 GW hyperscaler campus without spending twenty years building the gas fleet to feed it. The Southeast interconnected system already has hydro baseload, Northeast wind at capacity factors above 50 percent, and a natural gas grid that runs off Petrobras pre-salt supply. Microsoft has committed $2.7 billion to Brazilian cloud and AI infrastructure across a three-year window; AWS has committed $1.8 billion to Brazilian data center expansion; Equinix opened SP6 in Santana de Parnaíba in April 2026 (Reuters via Yahoo Finance, May 2026; DatacenterDynamics; Equinix release). The BNamericas read of the Brazilian data center market forecasts $9 billion of installed value by 2034, on a 9.5 percent CAGR. That is a big number for São Paulo colocation. It is roughly one-fifth of what Meta just committed to a single site in Louisiana.

The gap is not resource. It is anchor tenant. No hyperscaler has yet committed to a Brazilian campus in the multi-gigawatt range that would give the local ecosystem the capital signal to build against. Every US Louisiana-scale project makes that decision harder to reverse in the near term, because the marginal AI training workload keeps getting placed on US grid interconnections. Watch whether Meta’s Meta Compute unit, established in January 2026 to build “tens of gigawatts of compute this decade and hundreds of gigawatts or more over time” per Mark Zuckerberg (per DatacenterDynamics, February 9, 2026), routes any part of that ambition south. The Brazilian angle for the desk on Hyperion is the counterfactual: the AI buildout is picking Louisiana gas plus $2.65 billion in Entergy customer benefits over Belo Monte hydro plus a currency risk, and the pattern is now four consecutive quarters old.

The China scale comparison

China’s total installed data center capacity is expected to reach roughly 40 GW by the end of 2026, up from 32 GW at end-2025, with Rystad Energy forecasting 60 GW by 2030 and data center consumption growing at a 19 percent annual rate through 2030 (Rystad Energy, cited by Reuters). Alibaba, Tencent, ByteDance, and Baidu have committed a combined $84 billion of AI infrastructure through 2027 on top of a public plan of roughly $295 billion built around state-owned China Mobile and China Telecom operating capacity. Meta’s single Hyperion campus at 5 GW is 12.5 percent of China’s projected end-2026 national footprint on one site. The AI physical thesis has never been an argument that Chinese capacity is thin. It is an argument that hyperscaler concentration in the US, once financed, drives the marginal demand for copper wire, HVDC transformer steel, natural gas turbines, and grid-scale lithium in a single procurement window.

What the indexes read

Tantalum’s TAI-P sub-index (AI Power) is up 13.6 percent year to date at 104.2, versus TAI-M at 101.8 and the composite TAI at 107.3 (Tantalum indexes, week ending 2026-07-10; methodology on /indexes/methodology). Power inputs (URA, NLR, XLU, NG) are the part of the AI-materials thesis carrying the composite. Hyperion in its 5 GW form is a marginal add to the power leg, not to the materials leg, in the near term. Materials will move as the transmission line orders (copper conductor, transformer steel, insulator ceramics) get placed against real construction schedules. Those procurement windows tend to land 12 to 18 months after the announcement, which is where the desk will watch for the read-through.

What to watch

Louisiana Public Service Commission review docket for the seven new Entergy gas plants: filings expected across Q3-Q4 2026. LPSC approval is the gating step before turbine orders can be placed.
GE Vernova Q2 2026 earnings (late July 2026): whether the 100 GW backlog rose materially, and how much of the incremental order flow is US data center loads. Turbine slot availability for 2029-2030 delivery is the number to track.
Meta Compute capital allocation update alongside the Q2 2026 Meta earnings call (late July 2026): any Zuckerberg language on hundreds-of-gigawatts trajectory should carry a geographic breakdown. First mention of a non-US anchor site, especially in Brazil or the Nordics, would flip the Southern-absence read above.

Sources: Meta Newsroom (July 13, 2026), CNBC (July 13, 2026), Quartz (July 13, 2026), Blockspace (July 13, 2026), Tom’s Hardware (March 31, 2026), RTO Insider (March 31, 2026), DatacenterDynamics (February 9, 2026), Meta Newsroom (October 21, 2025), GE Vernova Q1 2026 8-K (April 22, 2026), Power Engineering (April 22, 2026), Rystad Energy commentary, Reuters, Al Jazeera (May 28, 2026), IMARC / vocal.media Brazil data center market notes.

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