The world's first autonomous cell manufacturing plant — powered by Digital DNA and AI, built to rebuild American manufacturing. No shifts. No lights. No downtime.
America invented the core science of the lithium-ion supply chain — then shipped the manufacturing away. Every cell we don't make is grid capacity, AI compute, and industrial capability we don't control.
Demand is not hypothetical. The bottleneck is manufacturing, not appetite.
Don't copy the Asian gigafactory playbook with American labor costs. Leapfrog it — machines, robots, and AI running production around the clock.
Humans design, supervise, and improve — from a control room. The line runs itself.
Energy goes into cells, not overhead. The factory runs dark by design.
AI schedules maintenance before failures happen. Production never sleeps.
Machine vision on every step. Every parameter logged, learned from, and tuned.
Chemistry, electrode physics, cell design — the deep domain knowledge behind every cell.
Sensors on every step, models on every signal — AI that reads the line in real time.
From raw powder to finished pack. The factory doesn't just run — it learns like an organism.
Five stages, fully instrumented. Vision and sensor data stream up to the models; corrected parameters flow back down in real time.
No cobalt. No nickel. A supply chain that can actually be domesticated — intrinsically safe, extremely long-lived, and the lowest cost per cycle. It's the chemistry the grid and datacenters actually buy.
Our P-Series cell — Pulse-53, BMLMP — already powers thousands of MARTAC autonomous surface vessels, supporting the US Navy and 20+ allied nations in continuous service for six-plus years. If a cell survives that, it can run the grid.
Labor is the reason cell manufacturing left America. The dark factory removes it from the equation — with higher uptime, lower scrap, and a far faster ramp.
| Target Metric | Conventional Gigafactory | Dark Factory |
|---|---|---|
| Direct labor per kWh | $8–12 | < $1 |
| Line uptime | 65–75% | > 92% |
| Scrap rate at maturity | 5–10% | < 2% |
| Yield ramp to 90% | 2–4 years | < 6 months |
Batteries are what America is betting on this decade — and every bet routes through storage. Solar, nuclear, natural gas, wind: none of them are firm without cells behind them. A nation that cannot manufacture cells does not control its own infrastructure.
Datacenters need storage for power quality, ride-through, and demand shaping.
Frequency regulation, peak shaving, blackout resilience — behind solar, nuclear, and gas alike.
Intermittent solar and wind, and inflexible baseload, only deliver 24/7 with cells behind them.
Domestic cells qualify for 45X credits and domestic-content premiums — and can't be tariffed or delayed.
American Energy exists for a country that believes the cells under its grid, its data centers, and its defense should be designed, made, and recycled on American soil — or with trusted allies. Every cell is FEOC-compliant — free of any Foreign Entity of Concern — so sovereign supply means American jobs and American security that can't be embargoed, tariffed, or delayed.
Designed, manufactured, and recycled here — an end-to-end supply chain America controls.
Digital DNA records every material and every step on every cell — auditable provenance.
Free of Foreign Entity of Concern content — clearing 45X, defense, and utility procurement rules others can't.
Advanced manufacturing capability — and the engineers who run it — anchored at home.
Four phases, one Digital DNA blueprint. Each dark factory ramps faster than the last — and by 2032 the fleet is learning from itself.
A fully autonomous 1 GWh plant producing a 53 Ah fully certified cell — proof that lights-out works, end to end.
Add 2 GWh on the 314 Ah prismatic cell for grid and datacenter storage — three gigawatt-hours running dark.
Add 10 GWh more, ramping fast on the same Digital DNA blueprint — thirteen gigawatt-hours of autonomous capacity.
At least five more dark factories, each 10 GWh — running autonomously and learning from one another.
American Energy's advantage is a moat competitors can't replicate — and, unlike most deep tech, it's already proven in the field. 14+ years of materials-science data and eight years of autonomous learning are encoded into Digital DNA: the accumulated genome of how a great cell is made. The advantage compounds with every plant.
America won't win by making cells the old way cheaper.
It will win by making them a fundamentally intelligent way.