ROBOTICS & LOGISTICS
Fast-charging batteries for autonomous logistics, including at −30°C.
Warehouse robots deliver ROI with high uptime. XNO® keeps them running, including in operating conditions where conventional battery chemistries fall significantly short.
THE CHALLENGE
Warehouse robots
cannot afford to stop.
Automated warehouses and logistics operations cannot afford downtime. Every minute a robot spends charging rather than operating is a direct productivity loss; at fleet scale, charging downtime can require significantly more robots to meet the same throughput target. The battery is not peripheral to the economics of automation: it is central.
LFP and lead-acid batteries require extended charging windows, degrade under sustained high-cycle duty, and cannot charge reliably at low temperatures. In frozen and cold-chain environments this becomes a hard operational constraint: charging performance below 0°C deteriorates significantly.
WHY XNO®
Two high-value AGV applications.
1.
Cold-chain warehouse robotics
XNO® charges at full rated capacity down to −30°C without impact on cycle life or safety, enabling continuous operation in frozen environments without warm-up zones or extended charging windows. An XNO®-based AGV pack in a frozen warehouse is also significantly smaller than alternatives for the same duty cycle, because XNO®'s fast charge rate allows the battery to top up rapidly at every operational pause.
2.
Intralogistics AMRs: opportunity charging
In ambient-temperature operations, XNO®'s fast charge rate enables opportunity charging at every operational pause - at pick stations, during loading, at interchange points. The battery can be dramatically smaller than LFP alternatives, with a fraction of the charging infrastructure required. Cycle life of >50,000 cycles means the battery outlasts the vehicle under sustained AGV duty.
PERFORMANCE
The numbers that matter.
10C Symmetric
Continuous operation in frozen environments without derating or warm-up zones.
Sub-5 min charge
Opportunity charging at every pause; smaller battery, less infrastructure.
AI-powered 24/7 automation.
>50,000 cycles
Battery outlasts the vehicle; no mid-life replacement under sustained AGV duty.
No fire, No explosion
Under standard cell abuse tests (EUCAR3). Safest Li-ion chemistry on the market.
PRODUCTS
Engineered for
this application.
XNO®-based battery solutions for AGV and AMR applications: compact module and pack formats suited to industrial robot platforms, including configurations compatible with existing LTO-based AGV architectures.
Ready to discuss your application?
Our engineering team will respond with a technically grounded view of how XNO® can help.