Development of a Concept for the App-Based Control of a Production Plant in Battery Cell Production

This thesis delves into enhancing agility in battery cell manufacturing, a pivotal aspect of industries like electric vehicles and energy storage systems. It underscores the imperative of swift adaptation to shifting production requirements. The study explores key technologies including battery cell production, OPC UA communication, Siemens TIA Portal, and the application of ISA-88 standards. By integrating principles of change perception, responsiveness, and adaptability, it aligns production processes with the ever-changing market landscape. A significant focus is the development of Graphical User Interfaces. This interface provides users with a dynamic view of the production processes. Buttons associated with sub-processes change color to signify different operational states, aiding operators in monitoring and controlling the manufacturing operations. This thesis stresses the critical role of agility in modern manufacturing and offers a pathway for further refining the control system to cater to various subsystems.