In-situ growth of silica aerogel/bacterial cellulose composite on polypropylene separator for advanced lithium-ion batteries

Key Points

• Composite material significantly improves ionic conductivity in lithium-ion batteries, enhancing overall performance.
• Testing reveals a 30% increase in energy storage capacity compared to traditional separators.
• Observational analysis on the integration of silica aerogel and bacterial cellulose within the polypropylene separator.
• Research highlights the potential for more efficient energy storage technologies with advanced composite materials.