Meta Richland Parish (Hyperion)
AI campus · Richland Parish, LA
Status Under construction · through 2030 VERIFIED · MODERATE
Last checked against its sources Sep 25, 2026
The atlas adds the map, nearby response resources, infrastructure dependencies, hazards, and illustrative planning scenarios for this site.
Profile
Meta's largest data center, on a 2,250-acre former farm megasite between Rayville and Delhi in Richland Parish. Meta and the state describe more than $50 billion of investment, nearly 10 million square feet, and 5 GW of compute capacity for the Hyperion training cluster, with construction continuing through 2030. Entergy Louisiana is building about 2,260 MW of combined-cycle generation and new 500 kV and 230 kV transmission to serve it. VERIFIED · MODERATE
Key facts
- Planned compute (IT) capacity
- 5 GW planned (IT)
- VERIFIED · MODERATE
- Announced investment
- >$50B
- VERIFIED · MODERATE
- Planned floor area
- ~10 million ft²
- VERIFIED · MODERATE
- Site
- 2,250 acres
- VERIFIED · MODERATE
VERIFIED values are stated by a cited source; DERIVED values are calculated from them; ESTIMATED values are approximations; UNKNOWN means no reliable public information, not absence. The map point is approximate and is not a parcel boundary.
Open questions
- UNKNOWN Total facility power draw (only IT capacity is published)
- UNKNOWN Backup generation, fuel storage, and battery/UPS systems
- UNKNOWN Cooling method and water source
- UNKNOWN Local response resources not yet recorded
Changes (1)
- 2026-09-25 Added to the atlas Meta Richland Parish (Hyperion): Added to the atlas.
Sources (6)
- Entergy Louisiana to power Meta's data center in Richland Parish
- Entergy Louisiana receives LPSC approval for major infrastructure investments to support Meta's data center and improve reliability
- Entergy Utilities Complete MISO Integration
- Meta Commits More Than $50 Billion for North Louisiana Project, Becoming One of the Largest Data Centers in History
- Deepening our investment in Richland Parish, Louisiana
- DCRA manual location approximation