From electrode design to recycling strategies – nanoscale insights are driving the future of energy storage
Battery manufacturers invest billions in R&D, yet critical performance factors remain hidden at the nanoscale. Now, breakthrough imaging technology from NREL and ZEISS reveals that crack volumes differing by just 1-2% can reduce fast-charging capability by 65%. This precision matters when every minute of charging time and every percentage of capacity impacts consumer adoption.
This infographic presents three groundbreaking case studies showing how X-ray nano-CT at 50nm resolution transforms battery development – from optimizing grain architectures to enabling targeted recycling of spent cells worth $40+/kg.
Inside this infographic:
- Manufacturing insights: Validate particle architectures that balance 3,000+ cycle life with rapid charging
- Recycling economics: Map damage patterns to sort batteries for maximum value recovery
- Performance validation: Prove dual-layer designs maintain benefits through 1,000+ cycles
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