The energy storage container has become an essential part of modern energy infrastructure due to its large capacity, mobility, and integration. To meet growing demands, LEAD Intelligent has developed a fully automated production line specifically designed to improve efficiency, compatibility, and product consistency.
High Whole-Line Availability Improves Output
LEAD intelligent’s intelligent production line achieves over 80% whole-line availability—5% higher than the industry average. This high availability ensures stable operation and fewer production interruptions, making it ideal for mass-producing energy storage containers with consistent output and minimal downtime.
Flexible and Compatible Equipment Design
One of the standout features of LEAD Intelligent’s system is its innovative modular equipment design. This design allows for quick and efficient changeovers, requiring just 10 skilled personnel over a span of only 2 days. Such flexibility is crucial for adapting to different product types and production requirements, enabling the system to seamlessly transition between varying tasks. This adaptability supports efficient, scalable energy storage container production while minimizing extended downtime and avoiding added complexity, ultimately ensuring smooth operations and meeting diverse customer demands.
Achieving High Product Yield and Consistency
LEAD Intelligent’s production line delivers an impressive product yield rate of up to 97%. This high yield is achieved through the stability of its equipment and the strong consistency of its processes, both of which are critical factors in ensuring that each energy storage container adheres to the highest quality and safety standards, guaranteeing reliability and performance.
Conclusion
By offering advanced automation, high availability, and exceptional flexibility, LEAD Intelligent is redefining how the energy storage container is manufactured. These innovations not only raise production efficiency but also support the global shift toward more reliable and sustainable energy storage technologies.
