As clean energy advances, efficient battery logistics becomes essential to power the production and movement of Lithium-ion batteries. LEAD, a technology-driven brand focused on intelligent manufacturing, offers full-scenario, full-process digital logistics solutions specifically tailored to the new energy sector. With over 120 cell production lines and 100GWh in secured orders, LEAD is redefining how modern factories approach battery logistics.
End-to-End Automation Across the Production Line
LEAD‘s solutions cover the entire lifecycle of battery logistics—from upstream raw material warehouses and electrode workshops to battery cell segments, formation stages, and final warehousing of modules and packs. This fully integrated approach ensures consistent, efficient, and traceable movement of materials throughout the production process.
Digital Systems for Zero-Carbon Factories
LEAD has developed a factory-wide digital system that supports intelligent decision-making and carbon reduction. By implementing automated battery logistics systems, the company has helped reduce carbon emissions by 3.5 billion tons, making significant progress toward zero-carbon factory models.
Unmanned, Flexible, and Intelligent Logistics Flow
One of LEAD’s standout capabilities is enabling completely unmanned operations. Using smart logistics equipment, the company offers flexible routing, intelligent coordination, and real-time data feedback across all stages of battery logistics. This boosts both safety and operational efficiency.
Comprehensive Solutions with a Future-Ready Vision
LEAD’s battery logistics offerings go beyond standard automation. By integrating software, hardware, and intelligent algorithms, the system adapts to high-mix, high-volume environments typical of new energy battery manufacturing.
Conclusion
Through its digital and intelligent solutions, LEAD is transforming battery logistics into a streamlined, sustainable, and automated backbone for the energy industry—positioning itself as a vital enabler of next-generation battery production.
