The scientists claim this outperforms many existing materials and suggests excellent longevity and real-world performance. The design’s hollow structure improves stability by preventing direct contact between active nanoparticles and the battery’s electrolyte, which is often a cause of capacity fade over time.
Breakthrough could pave way for better commercial battery technologies
“This breakthrough was made possible through close cooperation between experts in diverse materials,” said Professor Paek. “By combining our strengths, we could design and optimize this hybrid system more effectively.”