The future of energy should be independent, with an uninterrupted power supply available on demand, 24/7.

Demand is exploding—driven by AI—while the grid is under strain and today’s clean-energy options fall short. Hydrogen could fill the gap, but storing and using it efficiently has always been the obstacle.
Grid power costs $0.20–$0.30/kWh and continues to climb. Outages are rising, while AI data-center demand is growing by 30–35% a year amid multiyear interconnection queues.
Batteries store a fixed charge and deplete. Conventional "hot" fuel cells waste much of their energy as heat, degrade over time, and land near $0.52/kWh.
Compressed and liquid hydrogen are costly and energy-intensive to store, and both carry significant safety risks—which is why clean hydrogen has remained “ten years away.”
ARCK is redefining clean energy with an autonomous platform that generates and stores zero-emission poweron-site. Using solid-state hydrogen storage and cool-running fuel cells, the ARCK system delivers continuous electricity that never runs out—powering the next generation of infrastructure without relying on the grid.
ARCK’s products provide the first and only solution capable of delivering autonomous power for applications ranging from ADUs to large-scale deployments, with performance unmatched by any existing solution.
Delivers continuous, infrastructure-grade power 24/7 with stable output, keeping critical operations running through outages and peak demand.
ARCK’s modular architecture scales seamlessly from a single ADU to commercial facilities and multimegawatt deployments.
Higher efficiency, lower fuel consumption, and modular deployment combine to deliver a significantly lower cost per kilowatt-hour.
The entire platform fits in one cabinet—producing hydrogen from solar energy, storing it safely at low pressure, and converting it back into clean power around the clock.
The complete on-site system — make, store solid-state, and use hydrogen. Modular and retrofit-ready, in EnergyBank / PowerBlade / PowerStack form factors.
The complete on-site system — make, store solid-state, and use hydrogen. Modular and retrofit-ready, in EnergyBank / PowerBlade / PowerStack form factors.
The complete on-site system — make, store solid-state, and use hydrogen. Modular and retrofit-ready, in EnergyBank / PowerBlade / PowerStack form factors.
The whole platform in one cabinet – making hydrogen from solar, storing it safely at low pressure, and turning it back into clean power around the clock.
Continuous generation, rather than a store-and-deplete model, dramatically reduces the cost per kilowatt-hour—an advantage rooted in physics, not a temporary lead.

Roughly a third of grid cost and a fraction of legacy fuel cells. The gap is structural.
A source that keeps producing—hydrogen provides the storage, so there is no fixed charge to deplete.
The system runs cool, has a minimal heat signature, and features a modular, retrofit-ready design.
Operates safely at 5–7 bar.
AI data centers, enterprises, and municipalities all need continuous, off-grid power that the grid cannot deliver—and ARCK’s cost advantage positions the company to serve this demand.
U.S. DISTRIBUTED POWER · NEXT 5 YEARS
AI DATA-CENTER DEMAND GROWTH PER YEAR
DATA CENTERS · ENTERPRISE · MUNICIPAL
ARCK has progressed from independent validation to product deployment, with full commercial availability targeted for early 2027.
The first product prototype has been released—the EnergyBank platform has been proven in the field, not merely presented as a prototype drawing in a slide deck.
Evaluated by a U.S. university and assessed by prospective buyers in Japan, South Korea, and Taiwan.
Go-to-market platform entering pilot deployments now.
Three patent-pending innovations—PEM+ Membrane, Advanced Fuel Cell, and Intelligent Buffered Fuel Cell.
Full commercial availability targeted for early 2027.
Founders and operators specializing in hydrogen, power electronics, IP, and manufacturing scale-up.
ARCK's solutions scale from homes to the world's most demanding AI infrastructure, delivering continuous power where peak performance isn't a luxury—it's mission-critical.
Today's grid can't keep pace with the speed and scale of modern energy demand. ARCK is built to power what's next.
