Capacity hiding in plain sight.

Night shiftDay shift

Day shiftNight shift

The problem

  • Interconnection queues are measured in years.

  • AI compute demand is measured in months.

  • MW-scale industrial interconnections sit idle for a full shift every day.

The model in one figure

Host load and compute load over one 24-hour cycle Two load curves trade places on one interconnection: host load runs high through the night shift and low through the day shift, while compute load does the opposite. Their combined draw stays under the interconnection capacity line at all hours.

HOST LOAD COMPUTE LOAD INTERCONNECTION CAPACITY ONE 24-HOUR CYCLE

Host load runs the night shift. Compute runs the day shift. One interconnection carries both, and it never sits idle. How the model works

Proof

Track record

Founded by a developer of large-scale industrial and agricultural facilities.

Hardware

Sealed containerized units, ready to deploy.

Pipeline

SITES IN DEVELOPMENT · KY · WV · TN

Development under way in three states.

Who this is for

Hosts & landowners

Your interconnection is an asset.

Utilities

Load without new interconnection requests.

Communities & government

Investment without new transmission.

Compute customers

Capacity ahead of the queue.

Suppliers & EPC

Standardized, repeatable deployments.