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Battery Specifications

Reference data for the J1600's battery system: chemistry, consumption, charging, runtime, and compliance. For charger hardware and prices, see electrical specifications.

Preliminary specifications

The January 2026 specifications are preliminary and subject to change.

Battery data

ParameterValue
Nominal voltage24 V
Capacity200 Ah
ChemistryLithium iron phosphate (LiFePO4)

LiFePO4 chemistry supports opportunity charging: topping up the battery during breaks or idle periods rather than waiting for a full discharge cycle.

Consumption and charging rates

Operating stateRate
Driving, fully loadedApproximately 13% of capacity per hour
Driving, without loadApproximately 12% per hour
StandbyApproximately 2% per hour
ChargingApproximately 47 percentage points per hour

Runtime

Runtime exceeds eight hours in a typical duty cycle. The drain rates above imply approximately 7.7 hours of continuous fully loaded driving, or 8.3 hours unloaded, before allowing for standby time, lifting, duty cycle, battery reserve, and operating conditions.

Calculated figures

The 7.7- and 8.3-hour values are derived from the drain rates, not guaranteed runtimes. Real duty cycles mix driving, lifting, and standby, so achieved runtime varies by application.

Charging options

  • Manual charging: plug in the charger during a break or while the machine is idle.
  • Automatic charging: with the optional automatic charger, the robot drives to the station, positions itself, and the charging interface extends to the vehicle's charging plates — opportunity charging without operator involvement. This is an advanced automation capability.

Transport testing and regulation

ReferenceCoverage
UN Manual of Tests and Criteria, subsection 38.3 (UN 38.3)Lithium-battery transport testing
Regulation (EU) 2023/1542 — Batteries RegulationEU battery regulation, part of the J1600's compliance list