New Albany, Ohio, United States
Meta Prometheus is an operational AI data center with AI chips owned and used by Meta. It hosts an estimated 600k H100-equivalents of AI compute, supported by 496 MW of IT power at a capital cost of $18.8 B. In Q3 2028, we project it to rise to 1,235k H100-eq AI compute, 1,022 MW IT power and a cost of $38.7 B. We estimate that it uses Nvidia B200 chips.
The timeline of IT power and AI compute capacity is based on satellite imagery, our cooling equipment power model, regulatory filings, chip availability, chip efficiency, and land use maps.
Meta Prometheus is unusual for its ad hoc construction — a patchwork of weatherproof tents, colocation facilities, and traditional data center buildings spanning the full length of New Albany Business Park.

Satellite imagery
CURRENT COMPUTE
600kH100-eq
1.19e218-bit OP/s
PROJECTED
1,235kH100-eq
2.44e218-bit OP/s
CURRENT IT POWER
496MW
PROJECTED IT POWER
1,022MW
CURRENT COST
$18.8B
PROJECTED COST
$38.7B
Land clearing begins for Building 1-2
Roof complete on Building 5 (QTS-owned). In the northernmost area, land clearing begins on a new Meta site for Buildings 16-20. Building 1 still has construction work around the building and cooling equipment, so it's unlikely to be operational.
Building 4 operational. Based on our default estimate of roof-to-operational time.
Building 1 is operational, based on there being minimal construction work and cars in the main carpark. Building 2 still has some construction work around the building. Building 18 roof is complete. The on-site power at Socrates South and Socrates North has some outlines of gas turbines, to be installed later.
Buildings 2-6 are operational, based on all equipment being in place, the paved ground, and minimal construction equipment by the buildings. Buildings 7-11 all have some kind of power or cooling equipment lining their right side which are not fully installed. Building 14 has chillers installed. Buildings 16-20 roofs are complete. The Socrates South power plant to the right of Buildings 7-11 has 7 gas turbines in place, judging by the exhaust stacks.
The Socrates South power plant to the right of Buildings 7-11 now has 10 natural gas turbines in place, judging by the number of exhaust stacks. Battery backup has been installed nearby. To the north, a new section of tent buildings has begun east of Buildings 16-20. It is unclear how those buildings will be powered, if we assume that the Socrates North power plant is just powering Buildings 16-20.
Building 7-11 (Meta tents) are operational. In January we saw them look almost complete, with some work still ongoing for power equipment. Assuming 3 more months for commissioning, we expect operation by May. Northern tents numbered 16-27 are all roofed except for 21 and 27.
Tent buildings 16-27 look to be in a completed state. Each northern set of 6 tents still awaits to be connected to one of the corresponding power plants to become operational. Building 13 (Vantage) is still under construction, we estimate another 3 months before operability.
Socrates South and Socrates North gas power plants are operational, enabling the operability of Buildings 12 and 16-21. This completes the 2 sets of 6 tents associated with Socrates South and Socrates North. This is based on documents stating "late Third or early Fourth Quarter of 2026", "late 2026", "November 2026", "third quarter of 2026". The timeline also lines up with RAAD drone imagery from 09/08/26 seeing operating turbines at Socrates South and a full set of turbines installed but not yet operating at Socrates North.
Building 13 is operational, based on similar building completion timeframes by Vantage.
Building 14 (Vantage) is operational, based on it starting construction about 3 months after Building 12.
Building 15 (Vantage) operational, based on it starting construction about 3 months after Building 13.
Buildings 22-27 (3rd set of 6 Meta tents) are operational. This is a conservative estimate to align with the operability of the Socrates the Younger power plant. The power plant is operational by Q3 of 2028 based on the project schedule. It is announced to produce a maximum of 250MW.
View our calculations for this data center, or read more about our methodology.