How to select the right battery formulation

Battery chemistries must achieve up to 2x energy density while improving safety, charging speed and sustainability. But developing a new formula is like pulling on a web where everything is connected. Material changes ripple across chemistry, thermal, mechanical and software domains, and siloed teams mean critical issues get caught too late.

What's holding battery formulators back

• Slow material screening: Extensive lab experiments delay breakthrough discoveries
• Fragmented teams: R&D, manufacturing and quality working in isolation, without real-time visibility
• Costly rework: Errors caught late in development drive up scrap, recalls and liability risk

What good looks like for battery formulators

• Faster material screening and formula iterations, without abandoning the "almost right" variations
• Cross-domain collaboration from molecule to manufacturing, with a single source of truth
• Virtual "what if" testing at scale, so the right formula is validated before physical production begins

Real results: Easpring

The Beijing-based lithium-ion battery material leader digitalized its formulation management and saw:

• 25% faster formulation development
• 18% lower R&D testing costs
• 15% reduction in material scrap

Download the e-book to find your winning formula