Material Handling

Sodium-ion traction power for forklifts, AGVs and industrial EVs — steady power, rapid opportunity charging, and none of lead-acid's watering or acid maintenance.

The Problem
  • Lead-acid traction batteries demand watering, equalising charges and acid-safe charging rooms
  • Long charge times force battery swaps or idle vehicles between shifts
  • Heat and deep cycling shorten lead-acid life in multi-shift operations
  • Battery weight and acid handling complicate maintenance and safety compliance
Why Sodium-Ion Fits
  • Rapid opportunity charging between tasks keeps vehicles on the floor
  • Long cycle life under industrial EV duty, rated to 70°C
  • No water top-ups, no acid, no dedicated charging-room ventilation for acid fumes
  • No lithium — very low fire and thermal-runaway risk indoors

Multi-shift material handling punishes lead-acid: deep discharges, heat, and charging windows that never quite fit the roster. The usual workarounds all cost money — spare battery fleets, swap stations, watering schedules.

Sodion Kratos packs are configured per project, with form factor, voltage and capacity tailored to the vehicle and duty cycle, and support rapid opportunity charging so vehicles top up during natural breaks instead of queuing for a swap.

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Sodium-Ion Traction Battery

Sodion Kratos

Built for industrial EV duty in tropical heat and humidity, Kratos delivers steady power, rapid opportunity charging, and long cycle life without water or acid maintenance. Packs are configured per project with form factor, voltage, and capacity tailored to the vehicle and duty cycle.

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