Meta $250B+ Louisiana AI data center expansion

Meta's headline number - more than $250 billion for a single campus ^[1]- hides how little of the physical site Meta actually owns. Under a joint venture formed in October 2025, the private-credit firm Blue Owl Capital holds roughly 80 percent of the Hyperion campus through a special-purpose vehicle nicknamed Beignet, financed by about $27 billion in bonds ^[2]. Meta keeps only a 20 percent direct stake and leases the buildings back in four-year terms ^[2].

The structure does two things at once. It keeps tens of billions in construction debt off Meta's own balance sheet, and it gives Meta an exit. Because the leases renew every four years, Meta can in principle decline to renew and step away, while the power plants and transmission lines built specifically to serve the campus are designed to run for decades. Consumer advocates call the short lease an escape hatch, warning that the long-lived infrastructure could outlast Meta's commitment to pay for it ^[3].

Feeding a campus that will draw 5 gigawatts ^[4]requires an entire power system. Entergy Louisiana is building as many as 10 new plants, most of them natural gas, plus 240 miles of 500-kilovolt transmission line ^[5]. Meta has agreed to pay for the plants and to fund 2.5 gigawatts of new renewables ^[5], but that promise is only as durable as Meta's lease.

That is the crux of the ratepayer concern. Entergy serves roughly 1.1 million customers, and if Meta exits early the cost of gas plants sized for a single tenant could fall on ordinary households ^[6]. Paul Arbaje of the Union of Concerned Scientists notes the facility will consume about three times the annual electricity of the entire city of New Orleans ^[6]. The Louisiana Public Service Commission approved the fossil-fuel buildout and then declined to open a probe into the financing, a decision that alarmed groups including Earthjustice and the Alliance for Affordable Energy ^[3].

Louisiana granted Meta roughly $3.3 billion in sales-tax exemptions on data-center equipment and construction, running 20 years with an option to renew for another 10 - among the most generous data-center deals in the country ^[7]. To land a project of this scale, the state also fast-tracked approvals for the power plants that will feed it ^[4].

The return, in permanent employment, is modest. Once both phases finish around 2036, the site is expected to support roughly 1,000 permanent jobs against a construction peak of about 7,500 ^[5]. That gap - hundreds of billions in capital and a workforce that shrinks sharply when the building stops - is the sharpest point of criticism, both locally and online. Kasia Tarczynska of Good Jobs First called them wasteful subsidies for an industry that is growing very quickly and does not need public support ^[7].

Richland Parish is home to about 20,000 people in one of the poorest regions of the country, and it is now absorbing thousands of construction workers and billions in spending ^[5]. The upside is concrete: since ground broke in 2024, Louisiana businesses have won more than $1.6 billion in contracts, and increased tax revenue funded teacher bonuses of up to $50,000 ^[6]. For a parish that size, that money is transformative.

But the same residents describe rents climbing steeply, displacement, constant dump-truck traffic, and strain on a parish water system that state regulators graded F in 2022 ^[6]. Online, the reaction has skewed skeptical rather than celebratory: technology and finance communities have fixated on the gap between the subsidies and the permanent jobs and on whether ever-larger AI campuses actually pencil out, while community discussion has also raised conflict-of-interest questions around local officials tied to nearby land deals. The prevailing sentiment frames the project less as a clean economic win than as a wealthy company externalizing its costs onto a place with little leverage to say no.

In under two years, Hyperion has grown from a $10 billion project into a $50 billion campus targeting 5 gigawatts, with Meta's total expected spend - including roughly $200 billion in chips - now exceeding $250 billion ^[1]. The physical footprint spans more than 3,200 acres, over four times the size of Central Park ^[5].

The escalation is not an outlier so much as a marker of where frontier AI is heading. Training the largest models now demands gigawatt-class superclusters, and the economics of that race are what turned a modest regional project into one of the largest private construction efforts in the country - and pulled a rural parish into the center of it.