As humanoid robots step out of labs and into real-world tasks, a surprising bottleneck emerges: energy. These machines can see, speak, and move like us, but if they have to stop and charge, all that capability comes to a halt.
CaPow changes that.
Our Genesis platform delivers energy while robots move – not through continuous slow charging, but through intentional energy sips designed to maintain 24/7 operation. No docking. No detours. No downtime.
A recent article from eeNews Europe made it clear: the next leap in humanoid robotics won’t be about better AI – it’ll be about smarter power delivery.
“The cost of humanoid robots will only drop if they can be kept running with a smaller number of units- and that means less downtime for charging.”
Exactly.
Why Humanoids Need Power-in-Motion
Humanoids don’t just roam factory floors – they work in spaces designed for people. Hospitals. Stores. Warehouses. In these environments, stopping for a charge isn’t just inefficient, it’s disruptive.
That’s why Genesis was built from the ground up to support:
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Dynamic movement with energy delivered on the go
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Reduced battery dependency – fewer cells, longer life
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Lean fleets that don’t need to overcompensate for idle time
Not Charging. Staying Operational.
This isn’t trickle-charging. It’s operational freedom – the ability to stay functional, efficient, and autonomous without compromise. That’s why leading automation operators are already turning to CaPow, and why humanoid OEMs are next.
In-motion energy delivery isn’t a feature. It’s infrastructure.
And without it, humanoids won’t scale.
Even the smartest robot is powerless… if it’s parked.
Learn how we keep them moving: https://capow.energy/technology/
