15PPM Energy Storage PACK Line for 314Ah Cells

As the energy storage industry continues to scale rapidly, manufacturers are placing higher demands on stable output, consistent quality, and cost-efficient turnkey production solutions.

ChinTiyan provides a standardized 15PPM square energy storage PACK assembly line designed for 314Ah cells and 1P13S module structures, delivering a complete and scalable turnkey solution for battery production.

Production Capacity and Line Rhythm

The production line is designed around a stable 15 PPM output rate, with carefully balanced cycle times across each workstation. This ensures smooth material flow throughout the line and avoids production bottlenecks that could reduce overall efficiency.

The system supports continuous high-volume manufacturing, making it suitable for medium and large-scale energy storage factory deployment and long-term capacity expansion planning.

Process Stability and Yield Performance

Core processes including positioning, laser welding, and sealing assembly are fully synchronized to maintain stable production conditions.

The line is engineered to support high process consistency, helping manufacturers achieve an equipment-side yield rate of over 99%. This reduces losses of critical materials such as battery cells, busbars, and aluminum housings, while improving overall production cost efficiency.

Compact Layout and Factory Adaptation

The production line adopts a compact footprint of 85m × 12m × 4m, with a floor load requirement of ≥800 kg/m². This allows most existing energy storage factories to install the system without major structural modification.

The layout is designed for efficient space utilization while maintaining smooth logistics flow within the workshop environment.

Workforce and Operation Structure

The line is divided into clearly defined functional sections, including cell processing, module stacking and welding, and PACK assembly. Each section operates with a fixed staffing structure, ensuring clear responsibilities and simplified management.

This design shortens training cycles and improves fault localization during production, making daily operation more controllable and efficient.

Utility Requirements and Deployment

The system uses standardized utility configurations, including 380V three-phase power supply, compressed air, and nitrogen shielding gas. These unified parameters allow factories to plan infrastructure in advance without additional customization.

This significantly reduces installation complexity and shortens commissioning time.

Integrated Turnkey Production Solution

The line integrates the full production workflow from cell processing to module assembly and final PACK manufacturing. By combining all stages into a single system, it reduces the need for multiple standalone machines and simplifies overall factory integration.

This enables faster production ramp-up and improves long-term manufacturing consistency for energy storage projects.