Core equipment includes, machines, equipment, , machines, and l. A complete automation solution enables customers to build highly consistent, safe, and mass-producible power battery module production lines.

Power battery modules are the core units for new energy vehicles, energy storage systems, and high-power equipment. By connecting multiple cells in series or parallel and integrating a Battery Management System (BMS), thermal management, and protective mechanisms, these modules enhance energy density, output performance, and lifespan. Positioned between individual cells and the final battery pack, module design focuses on scalability, safety, and maintainability. Modules can be flexibly configured according to different voltage and power requirements, making them essential components for electric vehicles and large-scale energy storage systems.

The modular design allows multiple modules to form a large battery pack, quickly meeting energy demands across various platforms. Fire isolation, thermal runaway suppression materials, and monitoring sensor designs help reduce the risk of fault propagation. Compared with single cells, modules provide higher energy output and stability, while simplifying maintenance and replacement, meeting electric vehicle requirements for reliability and durability.

In production, automation equipment is crucial for ensuring quality, increasing throughput, and reducing human error. Core equipment includes electrode stacking machines, electrode welding machines, packaging heat-press equipment, lamination and sealing machines, automatic coding systems, vacuum liquid injection machines, and lithium battery formation and testing systems. A complete automation solution enables customers to build highly consistent, safe, and mass-producible power battery module production lines.