Streamline advanced machine engineering: battery production automation

With the demand for battery solutions driven by global green energy trends outstripping machine supply, strong competition is necessitating smarter approaches to battery machine design. Battery machine builders are turning to automation to stay ahead of the curve.

View our infographic to find out how to combat these battery machine engineering challenges and remain competitive in this ever-expanding market:

• Disruptive production influences
• Smarter factories
• Business model changes

Streamline advanced machine engineering by using battery production automation

Using advanced machine engineering methodology when building battery machines allows you to test and refine automation code before the physical machine is constructed. This accelerates the commissioning process and reduces time-to-market.

Through holistic automation engineering, developers can create and evaluate code using a comprehensive digital twin. View the infographic to see how this approach benefits performance and streamlines development time.

Learn how to use digitization to promote consistency and speed in final product development by facilitating the sourcing, reuse, and customization of code blocks.

Engineering automation for battery production

Take a comprehensive approach to machine design that enables and encourages collaboration among electrical, mechanical, and automation engineers. With the assistance of Mechatronics Concept Designer™ software, part of the Siemens Xcelerator business platform encompassing software, hardware, and services, you can achieve the following:

• Mechanical designers can incorporate concept models into NX™ software for detailed design.
• Electrical designers can utilize model data for sensor and actuator selection.
• Automation designers can access cam and operation sequence information from the model to streamline software development.