Relever les défis de production de véhicules électriques (VE) grâce au jumeau numérique

EDAG, EDAG PRODUCTION SOLUTIONS, EDAG BFFT ELECTRONICS, BAOMARC AUTOMATION SYSTEMS, CLOOS, SIEMENS

Les constructeurs, les fournisseurs et les entreprises qui démarrent dans la fabrication de VE se doivent de trouver des solutions pour que la production de batteries et de véhicules électriques soit plus rapide, tout en limitant les risques et les erreurs.

Regardez ce webinaire pour découvrir comment EDAG et ses partenaires, Baomarc et Cloos, exploitent des solutions Siemens et utilisent un jumeau numérique. Leur approche innovante leur permet de relever les défis en matière de fabrication des VE, à la fois pour eux-mêmes et ceux de leurs clients.

Vous apprendrez comment EDAG utilise les solutions Siemens pour :

• rendre plus légers les véhicules équipés de groupes motopropulseurs électriques
• fabriquer et assembler des bloc-batteries
• planifier et produire des plateformes de véhicules électriques

Reduce risks and optimize advancements in EV manufacturing with integrated software solutions

Beyond the obvious changes required to design an electric vehicle, manufacturers are trying to anticipate the necessary changes in manufacturing to support the efficient and cost-effective production of these complex vehicles. As manufacturers shift towards native EV platforms, we expect the assembly processes to shift towards a more modular build environment with an increased number of purchased components. This will inevitably drive changes within manufacturing and assembly methodologies, processes, and tools to evolve to support modular build scenarios that rapidly adapt to changing market conditions. In today's global market, the reuse of knowledge gained during production using integrated solutions will be imperative to support ramp-up in other productions facilities.

Leveraging the digital twin to attain highly efficient production and product advancements

The digital twin is a virtual model of a product or production assets as they evolve through their lifecycle and are used to predict behavior, optimize performance, and apply lessons learned from previous design and production experiences. Using the digital twin as a verification and validation (V&V) tool is essential for today's complex electric vehicles and EV production systems. The performance digital twin captures physical asset performance data from products and plants in operation. Data from smart connected products in the field and factory equipment would be aggregated, analyzed, and transformed into actionable information to create a completely closed-loop decision environment for continuous optimization.

Watch the on-demand webinar to discover how Siemens' holistic approach enables EV manufacturers to achieve the best result possible with continuous improvement.