[Karlsbad, Germany | June 2026] Recently, the Ultrasonic Tech Days hosted by Herrmann Ultraschalltechnik GmbH & Co. KG officially opened in Germany. As a global leader in new energy intelligent equipment, Lead Intelligent was invited to participate in the event and delivered a keynote speech titled “Gigafactories in Battery Production.”
At the summit, a Lead Intelligent overseas expert highlighted: “As the battery industry enters the TWh era, gigafactories are facing unprecedented challenges in efficiency and quality. Competition is no longer defined by production capacity alone, but by the ability to build intelligent manufacturing ecosystems. Lead Intelligent is reshaping its core competitiveness through ‘extreme manufacturing,’ powered by flexible automation, AI-driven data intelligence, and global service capabilities — working together with industry partners to define the next generation of gigafactory development.”
As the global new energy industry enters a new phase of large-scale expansion, battery manufacturing is undergoing a fundamental shift — moving from a “capacity race” toward a “smart manufacturing race.” How to achieve higher efficiency, superior quality, and lower-cost mass production has become one of the most critical challenges facing the global battery industry.
At the summit, Lead Intelligent joined industry experts, customers, and partners from across the global battery value chain to explore emerging trends in gigafactory construction and future pathways toward large-scale battery production.
From Manufacturing Scale to Intelligent Manufacturing Capability
During the event, participants reached a shared conclusion: production scale represents only the first stage of competition. As traditional capacity expansion increasingly encounters limits in efficiency, cost control, and operational complexity, system-level intelligent manufacturing capabilities are becoming the decisive advantage for the next phase of the battery industry.
Lead Intelligent believes that a true battery gigafactory is far more than a combination of equipment and production capacity. It is an intelligent manufacturing ecosystem that can be replicated, continuously optimized, and sustainably scaled.
Entering the TWh production era, even minor process deviations can be significantly amplified across massive production volumes, directly impacting yield rates, efficiency, and manufacturing costs.
The future competitiveness of battery manufacturing is therefore undergoing a fundamental transformation — shifting from simply “being able to manufacture” toward the ability to “manufacture with consistently high quality, stability, and efficiency at scale.”
Three Engines Powered by Over 4 TWh of Global Delivery Experience
Drawing on the successful delivery of more than 4 TWh of battery production capacity worldwide, Lead Intelligent outlined its Extreme Manufacturing methodology, presenting a practical roadmap for next-generation gigafactories built around three strategic pillars.
Automation for Higher Productivity
By integrating highly intelligent manufacturing equipment with automated logistics systems, Lead Intelligent enables seamless coordination across the entire production process. This integrated approach continuously improves Overall Equipment Effectiveness (OEE), increases production throughput, minimizes manual intervention, and delivers greater manufacturing consistency at scale.
Digital Intelligence
Lead Intelligent is accelerating the convergence of industrial software and artificial intelligence. Leveraging Manufacturing Execution Systems (MES), equipment data platforms, and AI-powered analytics, the company enables real-time production monitoring, dynamic process optimization, predictive maintenance, and intelligent quality management. Data-driven decision-making is helping manufacturers evolve from automation toward truly intelligent production.
Global Service Network
To meet the growing demand for localized support from customers worldwide, Lead Intelligent continues to strengthen its global R&D, manufacturing, and service network. From project planning and equipment delivery to commissioning, operator training, and lifecycle maintenance, the company provides localized expertise throughout every stage of a project—empowering customers to achieve world-class manufacturing wherever they operate.
Software-Defined Manufacturing
Looking ahead, battery manufacturing is rapidly evolving toward greater flexibility, modularization, and intelligence—a vision that resonated strongly with attendees at the event. As battery technologies continue to diversify and product development cycles become increasingly compressed, gigafactories require greater production flexibility and faster capacity expansion than ever before. Through standardized and modular production architectures, manufacturers can accelerate factory deployment, shorten expansion cycles, and replicate production lines more efficiently, significantly improving both capital efficiency and long-term operational performance.
More importantly, software is becoming the defining factor in the future of manufacturing competitiveness.
Powered by AI algorithms, digital twins, real-time data analytics, and intelligent process control, software is enhancing production stability, optimizing operational efficiency, and continuously expanding the boundaries of manufacturing capability. In the era of battery gigafactories, software will become one of the most critical drivers of industrial productivity.
Building the Future of the Global Battery Industry Together
As a global leader in intelligent manufacturing solutions for the new energy industry, Lead Intelligent remains committed to driving industrial transformation through technological innovation. By integrating advanced equipment, manufacturing processes, industrial software, and intelligent manufacturing platforms, the company delivers comprehensive smart manufacturing solutions that support every stage of the battery lifecycle.
Looking ahead, Lead Intelligent will continue to collaborate with partners around the world to advance smarter, more digitalized, and more sustainable manufacturing. Through its Extreme Manufacturing philosophy, the company is committed to empowering the next generation of battery gigafactories and accelerating the high-quality development of the global new energy industry.
