As the global electrification process continues to evolve, and with the accelerated deployment of lithium battery capacity in China and overseas, demands for large-scale manufacturing, efficiency improvement, and cost reduction become increasingly evident.

In response to these challenges, ONGOAL TECH has embarked on the exploration and application of modular design in battery slurry mixing equipment. This initiative addresses various dimensions such as project cycles, costs, and efficiency, empowering the high-quality development of the front-end manufacturing of batteries.

At the 2023 High-Tech Lithium Battery Annual Conference themed "Navigating Cycles, Building Resilient Growth," ONGOAL TECH's Battery Slurry mixing Business Unit Design Director, Mr. Yang, delivered a speech titled "Innovative Exploration and Application Advantages of Modular Design in Battery Slurry mixing System."

Yang‘s Insights:

Mr. Yang emphasized that, facing the challenges of large-scale industry manufacturing and the growing demand for international expansion, ONGOAL TECH took the lead in initiating the exploration and application of modular design in the battery slurry mixing process. This strategic move aims to empower the high-quality development of the battery's front-end manufacturing from various perspectives, including project cycles, costs, and efficiency.

Noteworthy Advantages of Modular Design:

With power and energy batteries entering a new round of upgrading, the reform path of lithium battery equipment towards automation, intelligence, standardization, and modularization unfolds. According to Mr. Yang, while the modular design of the battery slurry mixing process is mature globally, its application level in China is suboptimal. ONGOAL TECH's proactive approach in the modular design and application of the battery slurry mixing process allows for a rapid response to process design needs. This, in turn, reduces project delivery cycles, accommodates process changes or production line relocation requirements, and minimizes production uncertainties, thereby enhancing production efficiency from multiple perspectives.

Through practical examples, Mr. Yang highlighted that by standardizing the design of the battery slurry mixing system, ONGOAL TECH was able to reduce on-site workload by over 50%, shorten the total project cycle by approximately 20%, and decrease the overall cost by around 20% compared to non-modular executions.

Empowering Industry Acceleration:

In recent years, the global lithium battery industry has witnessed significant developments, with the Chinese lithium battery industry chain accelerating its internationalization. However, compared to mature domestic supply chain resources, overseas projects face multiple interference factors. Addressing these challenges, ONGOAL TECH, through modular practices in the battery slurry mixing process, has successfully tackled issues such as large quantities of on-site project delivery, uncertainties in the installation process, and extended overseas maintenance times, thereby providing effective solutions to the rapid overseas expansion needs of lithium battery enterprises.

Mr. Yang further highlighted that modular design is not limited to individual machines but can also be applied to workshops, storage, transportation, and more. Leveraging modular design effectively addresses the rapid overseas expansion requirements of lithium battery enterprises.

Honoring Achievements:

In recognition of its recent rapid development and industry brand influence, ONGOAL TECH was awarded the "2023 Annual Investment Value Enterprise Award" at the 2023 High-Tech Golden Globe Awards.