Application
Role of the battery
Powered equipment, battery function, and the system’s operating cycle.
Custom lithium-ion batteries for stationary energy storage
Batteries Prod designs, industrialises, and manufactures custom batteries in Monteux for professional stationary storage. Source, use, site, and interfaces shape each architecture.
- Since 2013
- Lithium battery development and manufacturing
- 100 MWh
- Annual production capacity
- ISO 9001
- Certified company since 2021
- 250,000
- Batteries manufactured
What we define together
Six sets of information are enough to outline an initial architecture and identify what the prototype must validate.
Energy profiles
Energy source and use
Available source, consumption profile, high-demand periods, and charging windows.
Sizing
Required energy and power
Target energy or runtime, continuous power, and peaks in real operation.
Location
Integration and environment
Dimensions, mounting, access, connectors, temperature, and site constraints.
Control
BMS, interfaces, and safety
Protection, measurement, data exchange, and complete-system safety requirements.
Industrial project
Prototypes, volumes, and schedule
Prototype quantity, target volumes, test milestones, and series-production date.
Three professional contexts to assess
These examples are not catalogue solutions. Each battery depends on its energy profiles, site, and interfaces.
Integration with photovoltaic generation
The generation profile, use, and energy-system interfaces guide the battery.
Stationary industrial installation
Function, cycles, space, site conditions, and maintenance frame the architecture.
Subsystem for equipment or an integrator
Mechanical, electrical, and software interfaces prepare integration and series production.
The battery subsystem: three layers designed together
The pack, its electronics, and its interfaces form one subsystem. We design them together before prototyping and series production.
- Cells and pack
- Electronics and BMS
- Interfaces and industrialisation
Cells and pack
NCM lithium-ion cells and pack defined around voltage, capacity, power, dimensions, and environment.
Electronics and BMS
BMS hardware and software adapted to protection, measurement, and data exchange.
Interfaces and industrialisation
Connectors, mechanics, interfaces, manufacturing documentation, and controls prepared for series production.
The BMS is designed with the pack and the system
Our engineering team develops BMS hardware and software with the pack. Protection, measurement, and communication follow the project constraints, without an imposed configuration.
Explore our engineering team
From scoping to series production, step by step
Each stage provides the data, decisions, or validation required for the next.
Define the battery scope
Application, energy profiles, site, interfaces, volumes, and schedule frame the need.
Design the battery subsystem
Cells, pack, BMS, mechanics, and connectors are defined for the complete system.
Prototype and test
The prototype verifies function and safety before industrialisation.
Industrialise and launch the series
Manufacturing documentation, traceability, and controls precede the agreed volumes.
Designed and manufactured in Monteux
Engineering, industrialisation, and manufacturing are united in Monteux. This continuity supports documented architecture and repeatable production.
- Integrated engineering team for the pack, electronics, and BMS
- Traceability of components and manufacturing operations
- Quality control throughout manufacturing
- Systematic testing of every battery before shipment
Questions before a stationary storage study
Share the application, energy profiles, target energy or runtime, power, site, interfaces, volumes, and schedule. Missing details can be clarified during the study.
Tell us about your storage project
Application, energy profiles, site, interfaces, volumes, and schedule: even partial data is enough to start the study.
Monday to Friday, 9 a.m. to 12 p.m. and 2 p.m. to 6 p.m.