The PowerSwap Nucleus® Power System is engineered to enhance productivity across all areas of the warehouse, production floor, and other industrial environments.
This robust yet lightweight system boasts a lifespan of 5-7 years (or 3,000 charge cycles), providing quiet, continuous AC power for 8-12+ hours. When a battery is depleted, simply "hot-swap" it in seconds to ensure 24/7 operation. It's the optimal solution for mobile workstations, keeping your operations running smoothly without interruption.
The PowerSwap Nucleus® Lithium Power System is comprised of:
- Minimum of 2 Batteries + Swappable Batteries (optional)
- Power Docking Station with Schuko Power Strip
- External Battery Charging Station
Remarkable advantages
Versatile Power: Lithium Batteries for Mobile Workstations and Independent Systems.
The battery weighs only approximately 5 kg.
The battery has a lifespan of 5-7 years or 3,000 charge cycles.
This system ensures no power gaps and requires no system log-off.
When the battery is depleted, simply "hot-swap" it in seconds to enable 24/7 operation.
No tools, heavy lifting equipment, or maintenance personnel are required for battery changes. This ensures quick, simple, and safe battery swaps by any user.
Your Win
Instead of moving back and forth from a desktop computer to printers and other devices, all necessary equipment can be brought directly to where the work happens.
Quantifiable Gains
- 75% reduction in overtime
- 63% increase in receiving volume
- 90% reduction in labeling errors
- € 7,500+ reduction in labor costs per user
- Significant improvement in inventory accuracy
- ROI in just 4-6 month
Lithium Environmental and Safety Aspects
The PowerSwap Nucleus® Lithium Power System offers significant advantages over conventional batteries, particularly in terms of environmental impact and safety.
Environmentally, these batteries are a key contributor to Green IT initiatives because they do not contain toxic heavy metals like lead or cadmium, which are often found in traditional battery chemistries. This makes them a more responsible choice for the planet.
In terms of safety, the system utilizes Lithium Iron Phosphate (LiFePO4) technology. This chemistry is inherently more stable and safer than conventional lithium-ion or lithium-polymer systems. A major benefit is the absence of ignition risk during overheating or mechanical misuse, providing enhanced peace of mind in demanding industrial environments.