Lead the battery race with intelligent engineering

The lithium-ion battery market has reached a critical inflection point. As global demand surges toward an estimated 6.8 TWh by 2035, traditional engineering processes are struggling to keep pace with the relentless speed and complexity of modern development. To survive in a landscape of tightening margins and overcapacity, organizations must move beyond disconnected tasks toward a resilient, intelligent engineering system.

Innovation at the speed of the battery market

Siemens connects systems, design, and manufacturing into a continuous workflow. This adaptive framework allows teams to respond faster to change while maintaining traceability across the entire battery lifecycle.

• Model-based engineering: Connect requirements to design from concept to production.
• Multidisciplinary design: Use AI-powered environments for rapid optimization.
• Digital continuity: Turn data into a strategic asset for faster decisions.
• Holistic verification: Bridge the gap between simulation and performance.

The impact of AI-powered engineering

Integrating AI into the battery workflow is critical for developing next-generation technology faster and more cost-effectively. Siemens technology delivers:

• 1000x faster simulation in selected use cases
• 50% reduction in R&D costs
• 10x faster research cycles
• 30% improvement in prediction accuracy

Future-proof your development

Stay ahead of changing regulations and emerging architectures without rebuilding workflows from scratch. An adaptive engineering framework ensures your team remains ready for new technologies and shifting market needs.

Download the white paper to learn more.