Large-format LFP cell
Cell-level matching for module and equipment architectures
- Voltage / format reference
- 3.2 V
- Capacity / energy reference
- 206-314 Ah
Applications / Equipment duty
Traction power shaped around the machine.
LFP systems for material handling, loaders, mining vehicles and other mobile equipment with demanding duty and service requirements.
Develop heavy-duty traction around the vehicle and service model.
Mobile equipment batteries balance working time, propulsion power, auxiliaries, environment, vibration and service access.
Mobile traction directions from cells to high-voltage systems.
The catalog spans large-format cells, modules and complete traction architectures. Equipment duty and service needs determine the starting level.
Standard LFP module
Serviceable building blocks for scalable industrial systems
- Voltage / format reference
- 41.6 / 51.2 V
- Capacity / energy reference
- 10.55-11.65 kWh
Compact traction pack
Material handling, tractors, loaders and mobile equipment
- Voltage / format reference
- 51.2-153.6 V
- Capacity / energy reference
- 10.5-35.3 kWh
High-voltage cabinet
Heavy-equipment electrification and modular cabinet systems
- Voltage / format reference
- 332.8-748.8 V
- Capacity / energy reference
- 93.2-209.7 kWh
Compare voltage, capacity, discharge demand, charging method and mechanical interfaces against the equipment duty before sample validation.
Engineering questions to resolve
Equipment duty
How does load change across a complete working cycle?
Map continuous demand, peak events, idle periods, charging windows, reserve and auxiliary equipment loads.
- Inputs
- Travel, lifting and auxiliary power traces; payload, gradients, cycle duration and regenerative events.
- Decision output
- A battery-terminal energy and power envelope for the full working cycle, including reserve and low-voltage peaks.
Operating environment
Which conditions shape enclosure and thermal design?
Review temperature, ingress, contamination, shock, vibration, storage and transport as one operating envelope.
- Inputs
- Hot and cold ambient, contamination, water exposure, shock, vibration and neighboring heat sources.
- Decision output
- Environmental design limits and a verification matrix for the enclosure, thermal system and charging controls.
Mechanical integration
How will the system mount, connect and remain accessible?
Develop retention, isolation, cable protection, cooling, service paths and replacement handling with the equipment layout.
- Inputs
- Mounting CAD, acceleration loads, cell tolerances, harness routing and maintenance clearance.
- Decision output
- Load paths, retention, insulation and thermal interfaces that can be assembled and inspected.
Lifecycle support
What must remain stable through years of production and service?
Plan configuration control, diagnostics, replaceable elements, approved updates and component continuity around the program.
- Inputs
- Annual volume, service life, replacement policy, diagnostic needs and permitted configuration changes.
- Decision output
- A controlled build and service record linking serial numbers, components, firmware and approved changes.
Choose the work your project needs.
Feasibility & Cell Validation
Use when chemistry, cell format or delivered performance needs comparison against the equipment duty.
Engineered Battery System
Use when the equipment needs an integrated module or pack with controls, mechanics and interfaces.
Production & Lifecycle
Use when an approved industrial battery must support pilot builds, repeat orders and field service.
Discuss your battery requirements.
Include your equipment, battery requirements and quantities. Add an existing drawing or configuration reference where available.