DEPLOY
ANYWHERE
POWER
EVERYTHING
Advanced
Configurable
Energy
Storage
THE POWERHOUSE
The PowerHouse
The ACES PowerHouse is a fully containerized graphene supercapacitor energy storage system engineered for utility, military, industrial, and microgrid applications. Delivering up to 5 MW of power and nearly 6 MWh of energy storage in a transportable ISO container, the PowerHouse integrates seamlessly with generators, solar arrays, and utility grids to provide resilient, high-performance energy wherever it is needed. Unlike traditional lithium-ion systems, PowerHouse technology eliminates thermal runaway risks while delivering exceptional cycle life, rapid recharge capability, and reliable operation in extreme environments.
THE POWERPOD
What is The PowerPod?
The ACES PowerRack is a high-density graphene supercapacitor energy storage platform designed for seamless integration into utility, industrial, defense, and microgrid applications. Built within a standard 19-inch rack architecture, each PowerRack delivers over 200 kWh of energy storage while providing exceptional cycle life, rapid charging capability, and safe operation across extreme temperatures. PowerRack systems can operate independently or be combined to create multi-megawatt energy storage solutions such as the ACES PowerHouse.
THE POWERRACK
what is the Powerrack
The ACES PowerRack is a high-density graphene supercapacitor energy storage platform designed for seamless integration into utility, industrial, defense, and microgrid applications. Built within a standard 19-inch rack architecture, each PowerRack delivers over 200 kWh of energy storage while providing exceptional cycle life, rapid charging capability, and safe operation across extreme temperatures. PowerRack systems can operate independently or be combined to create multi-megawatt energy storage solutions such as the ACES PowerHouse.
THE POWER6T
What is the POWER6T?
The ACES Power6T is a mission-ready, graphene-based energy-storage system engineered in the NATO 6T form factor for tactical vehicles, armored platforms, and expeditionary power applications. The 24V configuration delivers 2.4 kWh of energy, 2,900 cold-cranking amps, 100% depth of discharge, IP67 protection, and recharge in under one hour, with operation from –40°F to 176°F and a rated life of 5,000 cycles.
Why We Don’t Use Lithium-Ion
Lithium-ion battery failures can trigger thermal runaway, fires, explosions, and toxic gas releases—putting people, equipment, and missions at risk. That’s why ACES uses graphene-based supercapacitor energy storage. Explore our collection of news reports and government resources documenting lithium battery incidents and the concerns driving our approach to mission power.
Contact
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