- Expansion Plan: Meta plans to expand its Hyperion AI cluster from two to five gigawatts as planned investment exceeds $50 billion.
- Power Buildout: Serving the target requires more than 5,200 megawatts of new generation plus transmission, storage, nuclear upgrades, and renewable support.
- Customer Costs: Meta says it will cover infrastructure costs, while Entergy estimates about $2 billion in customer savings over 20 years.
- Delivery Test: Hyperion targets two gigawatts by 2030, but Meta has not provided a complete timetable for five gigawatts.
Meta and Louisiana officials announced a larger Louisiana AI campus plan at a Baton Rouge presentation on July 13. Meta’s planned investment exceeds $50 billion.
Its five-gigawatt expansion plan would take the Hyperion AI data center campus from two gigawatts to five. Reaching that target requires an additional power plan spanning generation, transmission, storage, nuclear upgrades, and renewable resources.
Meta promises it will cover the data center’s infrastructure costs rather than pass them to consumers. Meta expects Hyperion to reach two gigawatts by 2030 but has not provided expected timelines for the full buildout.
Its project agreement also gives practical form to an earlier pledge to supply its own data-center power, tying expansion to grid delivery and customer protection.
The Power System Behind Five Gigawatts
Hyperion’s electricity package includes seven combined-cycle power plants totaling more than 5,200 megawatts. A combined-cycle plant reuses exhaust heat to generate additional electricity. One gigawatt equals 1,000 megawatts, so the generation total is slightly larger than the campus’s ultimate computing target, although the figures measure different parts of the system.
About 240 miles of 500-kilovolt transmission lines would carry the added supply toward the campus; a kilovolt measures transmission voltage, not computing capacity. Batteries at three sites, increases in existing nuclear plants’ licensed output, and support for up to 2,500 megawatts of renewable resources complete the package. A nuclear uprate increases an existing plant’s licensed output rather than adding a reactor.
Generation supplies electricity, transmission connects it to Richland Parish, and batteries help balance changes in demand and output. Delays in any linked system could restrict server deployment even if campus buildings are ready.
Louisiana regulators are handling the project through the Lightning Speed Amendment, a Public Service Commission pathway for large economic-development power projects. Commission approval can authorize construction, but utilities must still build and connect the equipment. Meta’s earlier broader gigawatt-scale data-center plan and the Hyperion energy agreement between Meta and Entergy established the wider strategy and grid dependency before this expansion.
Entergy estimates that the additional agreement could produce about $2 billion in customer savings over 20 years. The company estimates approximately $2.65 billion in combined benefits from the new and earlier agreements. Because the estimates cover different scopes, they cannot be added or treated as interchangeable. Actual customer outcomes depend on regulatory decisions and execution of the power projects.
Local Returns Depend on Delivery
Meta’s $1.6 billion contracts and $1 billion-plus infrastructure commitment support in-state businesses plus road, water, and wastewater improvements.
The company’s $5 million college program will fund trade scholarships and courses for Richland Parish high school graduates. Together, the projects connect Hyperion to local suppliers, public services, and workforce training before the full endpoint arrives.
Employment benefits remain pure projections, however: Hyperion could support about 7,500 construction jobs and 1,000 permanent jobs when both phases are operating in 2036. Other projections indicate the campus could support more than 1,000 jobs at full capacity.
Meta may qualify for a 60% local property-tax reduction by 2032 if it creates 300 permanent jobs paying about $93,000. At 500 jobs, the reduction rises to 80%, while second-phase spending qualifies for a full state and local sales-tax exemption on many data center costs. Hiring and project delivery provide measurable tests for the incentives.
Hyperion’s reported $27 billion baseline dates to the joint venture formed by Meta and Blue Owl Capital. The higher cost estimate, utility approvals, plant construction, transmission work, and server deployment will measure progress. Meta’s next verifiable milestone is a complete timetable for the full five-gigawatt buildout.
