Say goodbye
to automation
downtime

Experience perpetual power-
Get CaPowered!

CaPow’s power delivery system: Say goodbye to automation downtime

Experience perpetual power-Get CaPowered!

Genesis, CaPow’s ground-breaking perpetual power platform, is fuelling your robotic solution with continuous power flow and allowing a round-the-clock operation that takes power management & efficiency to a whole different level. Ensure optimized power delivery for your robotic fleet’ and increase operational efficiency significantly. 

Batteries fuel inefficiency

Support challenges
Support challenges
Safety issues
Safety issues
Reduced throughput
Reduced throughput
Increased OPEX
Increased OPEX

Most of today’s robotic fleets are still dependent on batteries for power, requiring operators to invest precious resources in recharging, replacing, and recycling batteries. This increases the cost of support, reduces overall throughput capacity, creates an array of safety issues (especially lithium batteries), and significantly increases operations expenses. Even current ‘wireless’ energy solutions require stationary charging, which reduces throughput and increases OPEX. CaPow’s power delivery platform that solves all of the above by providing optimized battery charging.

Change your definition
of operational efficiency

Continuous motion

Continuous motion

Change your definition of operational efficiency. Deploy CaPow in your fleet and robot downtime is over. With nonstop power to your fleet, CaPow ensures 100% uptime 100% of the time. There are no batteries to change or charging stations to enter.

A new kind of power

A new kind of power

Batteries are obsolete once CaPow is fully deployed on a robot fleet. Removing them (especially lithium batteries) from your fleet eliminates safety hazards, increases sustainability, and helps avoid damage to your reputation from power malfunctions and battery recalls.

Condensed fleet

Condensed fleet

Stationary charging means that you need more robots to cover the time when some are out of action. CaPow removes the need for replacement robots, so you maximize your overall ROI by deploying the exact number of robots needed for the job.

CaPow:
Efficient. Safe. Constant.

CaPow’s perpetual power delivery ecosystem brings continuous motion to automated robotics fleets (AMRs). Challenging robot manufacturers, solution providers, and operators to change their definition of operational efficiency, CaPow maintains consistent power for moving robots, ending the concept of robot ‘downtime.’. Harnessing the potential of its unique solution, CaPow eliminates the need for lithium batteries or stationary charging ports. Immediately scalable and industry-agnostic, CaPow can be integrated seamlessly into any hardware and deployed in any facility.

Headache-free integration

CaPow’s solution can be easily integrated into both existing and newly designed AMR models, allowing them to receive power from CaPow’s antenna stickers on the warehouse floor. As the robot moves over the sticker, power is provided for both immediate and later use, creating a perpetual source of energy. CaPow’s ‘Floor Planner’ software tool allows you to easily plan your CaPow deployment.

Who is it for?

Operators

Operators

CaPow enables warehouse operators to maintain constant throughput by reducing the hassle of batteries and associated risks. Fleet management is simplified with downtime eliminated thanks to CaPow’s continuous energy flow. Genesis will boost your ROI.
Solution Providers

Solution Providers

CaPow gives solution providers a competitive edge, allowing them to offer their clients greater fleet flexibility, reduced OPEX, and increased ROI. The CaPow solutions allow for adaptable warehouse planning as any changes to layout or load changes do not affect the system.
AMR Manufacturers

AMR Manufacturers

CaPow helps robot manufacturers to extend their offering by either replacing or integrating with existing batteries, opening the potential for robots to operate in sub-zero temperatures, more space for additional product features, and removing potential hazards.