Supramolecular Excluded-Volume Effect Drives High Performance and Ultra-Durable Moisture Power Generation for Interactive Sensing

Key Points

• The research aims to improve the performance of moisture-electric generators by exploring the supramolecular excluded-volume effect.
• Developed new moisture-electric generator designs utilizing supramolecular interactions.
• Tested performance under various humidity conditions.
• Measured power output and durability over extended periods.
• Achieved significantly higher energy output compared to traditional designs.
• Demonstrated ultra-durability in functionality over multiple cycles.
• Highlighted the effectiveness of the excluded-volume effect in enhancing performance.