01
LFP battery systems
For applications that prioritize frequent cycling and a practical balance of energy, power and operating life.
- Priority
- Cycle-oriented operation
- Format
- Modular pack design
ENERGY, ENGINEERED FOR YOUR APPLICATION.
Power your
next move.
Traction battery solutions built around your vehicle. From cell selection to system integration, turn your application requirements into a clear battery specification.
MOBILITY · INDUSTRIAL · MARINE01 / 06
SYSTEM ARCHITECTURELFP / NMC
CELL → SYSTEM
Cell chemistryLFP / NMC
ConfigurationApplication-led
IntegrationBMS + CAN
Application-first engineeringModular battery architectureA clear path to integration
01 / APPLICATIONS
Different missions.
Purpose-built power.
Duty cycle, operating conditions and available space define the battery. Choose an application to explore the integration priorities.
01
ON-ROAD & OFF-ROAD
Energy for every route.
Battery integration for light electric vehicles, utility vehicles and off-road platforms. Balance range, peak power and packaging around the actual operating profile.
Range & duty cyclePack dimensionsCharging interface
02 / BATTERY PLATFORMS
A foundation.
Configured for you.
These are illustrative solution families. Final voltage, capacity, enclosure and protection requirements are defined during project review.
02
NMC battery systems
For weight- and space-sensitive applications where energy density is a central design consideration.
- Priority
- Energy & packaging
- Format
- Integrated pack design
03
Custom integration
Define a battery architecture around your electrical, mechanical, thermal and communication interfaces.
- Priority
- Your application
- Format
- Project-defined system
03 / ENGINEERING PROCESS
From requirements
to a defined system.
A structured project starts with the right inputs. Review the operating profile and interfaces before locking in a specification.
Compliance and transport documentation must be confirmed for the selected product and destination market.
- 01
Define the application
Vehicle type, duty cycle, energy demand, operating environment and target market.
- 02
Align the architecture
Cell chemistry, voltage, capacity, mechanical envelope and thermal approach.
- 03
Review the interfaces
BMS communication, charging, connectors, mounting and protection requirements.
- 04
Plan validation & delivery
Agree on samples, acceptance criteria, documentation and the production plan.
04 / ABOUT BRIOZA
A partner for your
electrification journey.
BRIOZA brings an application-led approach to traction battery solutions, connecting product selection with the practical needs of system integration.
BRIOZA
Our focus is simple: help vehicle and equipment teams turn their operating requirements into a battery system specification they can evaluate and build around.
Illustrative company profile · to be confirmedApplication understanding
Start with duty cycles, operating conditions and installation constraints to frame the right technical discussion.
System thinking
Consider the pack, BMS, charging and thermal interfaces together, rather than selecting a battery in isolation.
Project communication
Use clear requirements, agreed validation steps and a defined documentation scope to keep the project aligned.
05 / PROJECT SHOWCASE
See the application.
Understand the approach.
Illustrative application concepts, not completed customer projects. Explore how different operating needs shape a battery solution.
Electric utility vehicle
A compact platform used for short routes with frequent stops and limited battery space.
- Design challenge
- Range & packaging
- Solution direction
- Modular LFP architecture
Explore the approach
Review route length, payload and peak current first. Then align usable energy, pack dimensions and charger compatibility. Validate range under the intended duty cycle before confirming the final specification.
Automated guided vehicle
An automated logistics platform that requires predictable operation and planned charging windows.
- Design challenge
- Duty cycle & charging
- Solution direction
- LFP with BMS integration
Explore the approach
Map work shifts and available charging time. Review continuous current, charger control and CAN communication with the vehicle controller. Define validation around the required uptime and operating environment.
Electric workboat concept
A marine propulsion application with environmental exposure and installation constraints.
- Design challenge
- Protection & isolation
- Solution direction
- Custom system architecture
Explore the approach
Define propulsion demand and the operating profile. Review corrosion exposure, ingress protection, electrical isolation, cooling and service access. Confirm applicable marine requirements with the project team before selecting components.
06 / YOUR NEXT PROJECT
Tell us what
you need to power.
Prepare a project brief for your battery supplier. Add the details you know; leave the rest for the engineering discussion.
Downloadable brief only. Your information stays in this browser and is not submitted to a supplier.