Each example uses the configurator's default cooling for that build type and the state's own construction cost factor, power data and sales-tax status.
| Project | Facility | GPUs | Total | Build + grid |
|---|---|---|---|---|
| 5 MW modular in Texas | US$60.8M | — | US$60.8M | 11 months |
| 20 MW neocloud in Virginia | US$301.1M | US$600.1M | US$901.1M | 20 months |
| 50 MW powered shell in Texas | US$563.9M | — | US$563.9M | 30 months |
| 60 MW miner retrofit in North Dakota | US$610.6M | — | US$610.6M | 20 months |
| 100 MW AI factory in Georgia | US$2.35B | US$2.99B | US$5.33B | 38 months |
The pattern: small and converted sites are cheap and fast; owner-operated AI builds are expensive mainly because of the accelerators. For the 100 MW Georgia AI factory, GPUs are 56% of the total.


