Robots Don’t Stop for Charging — They Just Roll Past the Wall
- Michael Alexander
- Mar 11
- 1 min read
Imagine your warehouse AMRs, delivery bots, or patrol robots never pausing to dock or swap batteries.
They simply roll past a barrier wall — and power flows in continuously while they keep moving.
No plugs. No cables. No downtime.
Just 1–11 kW wireless inductive charging, 96–98% efficient, with lateral tolerance up to 4–6 ft and vertical air-gap up to 1.5 ft.
That’s the Super Volt Robotics Charging Corridor system.
Key features:
Barrier-wall mounted transmitters — robots drive alongside, no road modifications needed
Sliding window activation — power zones turn on just before the robot arrives and shut off right after it passes, saving energy and preventing waste
Proprietary coatings — minimize losses for maximum efficiency and reliability
Motion sensors detect vehicles in <5 ms → instant activation, zero standby drain
Safe around humans (magnetic field < ICNIRP limits)
Smaller onboard batteries → lighter robots, lower cost, longer lifespan
We’ve already created three short demo videos showing how it looks and feels:
Robots approaching the corridor → seamless connection, battery icons filling up
Close-up of a single robot → rolling past the barrier wall, glowing blue energy transfer
Dynamic in-motion charging → multiple robots moving through, charging mid-stride
Watch them here: https://supervolt.ph/robotics
This is the next step after Tesla’s Optimus, Boston Dynamics, and warehouse fleets everywhere.
A corridor that turns “charge time” into “work time.”
We’re looking for early partners — robotics companies, warehouse operators, R&D teams — to help run the first real-world pilot. If you’re deploying mobile robots and want to eliminate charging downtime forever, DM me.
Let’s make robots that never stop.
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