Details
LGNE's 230X low-voltage lithium battery platform is configured for industrial low-speed vehicles operating in logistics, municipal, and campus environments.
Manufactured under controlled production processes, the system is designed to support OEM- and integrator-defined vehicle architectures, ensuring stable performance under daily duty cycles.
The platform provides:
• Stable discharge for continuous operation
• Efficient fast-charging capability
• Reinforced enclosure for vibration resistance
• Standard communication compatibility within OEM and integrator systems
• Production-level consistency across batches
Parameters
| Cathode Materials | Nominal Voltage | Nominal Capacity | Electric Energy | Thermal Management | Charging temperature | Operating Temperature(℃) | The charging ratio | The discharge rate | Weight | Cycle Life | Ingress Protection | Single package size |
| LFP | 89.6V | 230Ah | 20.608kWh | Heating Film | 0~60℃ | -30~60℃ | 0.5C | 1C | 170±4KG | ≥4000cycles | IP67 | 1146*496*339mm |
Why choose LGNE customized lithium battery?
Platform-based engineering
LGNE designs battery modules and packs as standardized platforms with defined mechanical, electrical and thermal interfaces, enabling predictable integration into OEM and system integrator architectures.
Engineering-to-production alignment
Design assumptions are developed in alignment with manufacturing constraints, ensuring consistency from prototype builds through controlled series production.
Series-ready manufacturing capability
LGNE's products are manufactured under controlled processes with defined tolerances and repeatable assembly, supporting stable quality across production batches.
Clear system responsibility boundaries
LGNE supplies integration-ready battery subsystems, while system-level configuration, control strategies and application integration remain with OEMs and system integrators.
Industrial-grade durability validation
Products are validated for vibration, thermal cycling and long-duty operation typical of off-highway, mining and commercial vehicle environments.
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