Use
Machine mission
Equipment type, load, speed, lifting frequency, and working environment.
The battery fits your equipment, not the other way around.
Batteries Prod designs and manufactures custom lithium batteries in France for forklifts, stackers, aerial platforms, AGVs, AMRs, and lifting equipment. Your duty cycles, machine, and uptime requirements guide each project.
- Since 2013
- Lithium battery development and manufacturing
- 100 MWh
- Annual production capacity
- ISO 9001
- Certified company since 2021
- 250,000
- Batteries manufactured
Six parameters to define your battery
Operating conditions allow the engineering team to define a coherent architecture before prototyping.
Energy
Required runtime
Shift duration, daily cycles, and the required margin between charging periods.
Power
Loads and current peaks
Continuous power, start-up or lifting peaks, and auxiliary motors.
Mechanical
Envelope and integration
Dimensions, target weight, mounting, connectors, and battery access.
Operations
Charging and uptime
Downtime, opportunity charging, quick replacement, or continuous operation.
System
BMS and communication
Protection, data, machine interfaces, and diagnostic or monitoring requirements.
One shared requirement: keep the equipment available
Mission, operating pace, and integration determine the technical answer, always focused on operational continuity.
Forklifts
Traction and lifting power for sustained industrial duty cycles.
Electric stackers
Compact integration and controlled access for charging or replacement.
Aerial platforms
On-board energy adapted to travel and work-at-height phases.
AGVs and AMRs
Runtime, opportunity charging, and communication with the mobile system.
Lift tables
Power supply sized for repeated loads and the available integration space.
Mobile equipment
Custom architecture for non-standard material handling machines.
Design around productive machine time
Downtime can disrupt a production line or warehouse. The architecture therefore prioritises runtime, opportunity charging, or quick replacement.
- Sizing based on daily duty cycles
- Management of lifting-related power peaks
- Hot-swap option where quick replacement is relevant
- Charging strategy adapted to available downtime
An architecture designed as a machine subsystem
Battery, electronics, and interfaces are developed together for controlled, testable integration ready for series production.
Quick replacement
Hot swap reduces downtime when site operations require battery rotation.
Scalable energy
Parallel-connectable batteries address selected capacity, power, or redundancy requirements.
Embedded control
The BMS protects the cells, monitors the pack, and exchanges data with the equipment.
The BMS connects the battery to the equipment
Developed with the pack, the embedded electronics supervise the battery and its exchanges with the machine.
Supervision
- Protection against abnormal electrical and thermal conditions
- Cell measurement and balancing
- Current peak management
- Battery status monitoring
System integration
- Machine interfaces, including CAN Bus
- Status data useful to operations
- Diagnostics adapted to the project
- Integrated hardware and software development
From field requirements to series production
Engineering, testing, and manufacturing support the move from specification to prototype and then to series production.
- Integrated engineering for battery architecture, electronics, and BMS
- Prototyping and functional testing before industrialisation
- Manufacturing in France with controls and traceability
- Systematic testing of every battery before shipping
Frequently asked questions before a study
Machine type, operating conditions, runtime, electrical data, envelope, charging, and forecast volumes are enough for an initial discussion.
Your machine sets the constraints. Let’s build the battery around them.
Send the initial details of your equipment: the team will qualify the need and prepare the next step.
Request a project study
+33 9 82 99 09 59
Speak directly with the Batteries Prod team