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Breakthrough in Solid-State Batteries: 20,000 Bends & 86% Higher Energy Density!
Release time:
2025-10-15
Breakthrough in Solid-State Batteries: 20,000 Bends & 86% Higher Energy Density!
A team from Chinese Academy of Sciences has developed a revolutionary "molecularly integrated" polymer - P(EO2-S3). Here's why it matters:
The Innovation:
• Single polymer combines ion conduction AND energy storage
• Solves key solid-solid interface resistance problem
• Creates truly flexible battery structure
Performance:
• Withstands 20,000 bending cycles
• Boosts composite cathode energy density by 86%
• Maintains stability under repeated deformation
Applications:
• Foldable phones & wearable devices
• Next-generation EVs with safer, higher-capacity batteries
• Flexible electronics of the future
This molecular-level integration approach could redefine how we build energy storage devices. While still in research phase, it represents a significant leap toward practical solid-state batteries.
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