Engineering & Platform Development
LGNE focuses on engineering development at module and pack platform level, covering mechanical architecture, electrical interfaces, thermal design and durability validation.
R&D activities are centred on defining stable, repeatable platform boundaries,
enabling OEMs and system integrators to build their own system architectures on top.
R&D team
Engineering & Manufacturing Experience
From Engineering Design to Series Production
LGNE’s battery modules and packs are developed as platform-based architectures and manufactured through controlled series production processes,
ensuring stable quality and high consistency across batches.
Platform-based design: Battery modules and packs are engineered as standardized platforms rather than application-specific one-offs, enabling predictable performance and scalable production.
Manufacturing alignment: Design assumptions are aligned with manufacturing constraints, including tolerance control, fixation methods and assembly sequences.
Repeatable assembly: Series-built packs reflect controlled tolerances and repeatable assembly processes, rather than ad-hoc customization.
Lifecycle consistency: The close alignment between engineering design and production processes ensures that performance, durability and reliability remain consistent throughout the product lifecycle.
Manufacturing & Quality Control
Manufacturing & Industrialisation
LGNE operates industrialised manufacturing lines for battery modules and battery packs,designed to support series production with controlled variation.
Manufacturing processes are aligned with platform design assumptions, ensuring that mechanical interfaces, electrical connections and thermal paths
remain consistent across production batches.
Quality Assurance & Process Validation
Quality assurance is embedded throughout LGNE's manufacturing processes,with monitoring of key process parameters and critical quality characteristics.
Data collected during production supports traceability, root cause analysisand long-term reliability, forming a closed loop between engineering validationand series manufacturing.
The industrial big data platform interconnects equipment, personnel, materials and other elements in the manufacturing process through MES, PLM and other systems in the T industry big data platform, realizing comprehensive monitoring and management of the production process, as well as efficient collaboration between different departments.
