SPS Connect 24.11. - 16:40 - 17:00
TwinStore for component models for virtual commissioning
Increasingly, component manufacturers are looking for solutions to provide certified digital twins of their hardware products to enable their customers to virtually commission (VIBN) automation solutions. The TwinStore makes this a reality.
Component models that map the behavior of the real hardware in terms of interfaces, parameters and behavioral characteristics are provided via the TwinStore platform for digital engineering. The simulation model of the customized automation solution can be seamlessly configured from the TwinStore libraries in the VIBN tool. The libraries include robot and gripper systems, drive and conveyor technology through to sensor components. The availability of a digital twin is becoming a decisive sales feature for component manufacturers and reduces modeling times for machine and plant manufacturers.
Dr. Christian Scheifele, Head of Research and Development Simulation Technology at ISG Industrielle Steuerungstechnik, welcomes you to the presentation "TwinStore - Online platform for component models for virtual commissioning".
Date: November 24, SPS Connect 24.11. - 16:40 - 17:00
About Dr. Christian Scheifele
Dr. Scheifele has headed the Simulation Technology research and development department at ISG Industrial Control Technology since 2019.
After studying mechatronics at the University of Stuttgart until early 2015, Christian Scheifele initiated the research group "Virtual Methods in Production Engineering" as a doctoral student at ISW. Under his leadership, the group pursued the simulation- and software-supported development, system planning, testing, training, service and operation of production processes and systems, quickly becoming a scientific leader for answers to virtual models, methods and tools for the life cycle phases of mechanical and plant engineering.
He is an expert in the field of real-time simulation of machines and plants and received his doctorate in engineering in 2019 with his scientific work on the platform for real-time co-simulation for virtual commissioning.












