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Chengda Industrial: Wireless IO-Link Electric Vehicle Battery Production Line Solution
Source: | Author:Loyst | Published time: 147 days ago | 205 Views | Share:

With the rapid development of the electric vehicle industry, the requirements for efficiency and precision in battery manufacturing processes are also increasing. Against this backdrop, wireless IO-Link real-time communication technology, as a cutting-edge solution, is transforming traditional manufacturing workflows. Especially in its application within the realm of electric vehicle battery production, it has significantly enhanced production efficiency and product quality.


Main Highlights

Challenges

• Support for batteries of various specifications with the shortest changeover time.

   • Machines equipped with external delta robots in cleanrooms have a large footprint.

Solutions

• Utilize wireless IO-Link technology to achieve wireless control of vacuum pumps and valves on conveyors, reducing complex physical cabling and enhancing the flexibility and adjustability of equipment layout.

• Through wireless IO-Link, each TigoHub can support multiple actuators and sensors, enabling a single mobile station to independently and precisely complete complex tasks, thereby optimizing machine operational efficiency and flexibility.

• Allows for wireless control of dozens of moving devices on a single machine, solving potential interference issues between traditional equipment, ensuring stability and reliability of operations.

(Wireless control of vacuum pumps and valves on each transport machine ensures that battery plates do not fly off the transport machine or get damaged during high-speed operation.)

Benefits Brought

• Through these efficient, compact layouts and wireless control solutions, the production capacity per square meter has tripled, significantly enhancing production efficiency.

• The production line can accommodate batteries of various sizes, streamlining the sorting process and automatically ejecting damaged sheets, ensuring product quality while achieving multi-functionality with a single machine.

• Reduced cleanroom area requirements lead to corresponding energy consumption cuts, reflecting a commitment to environmental responsibility and sustainable development.