Achieving Superior High-Temperature Energy Storage Performance in Polycarbonate via Small Molecule Traps and Hydrogen Bonding

Key Points

• This research aims to enhance energy storage performance in polycarbonate at high temperatures using small molecule traps and hydrogen bonding.
• Investigated the high-temperature performance of polycarbonate-based polymer capacitors.
• Utilized small molecule traps to improve energy storage efficiency.
• Examined the role of hydrogen bonding in enhancing material properties.
• Demonstrated improved energy storage performance under high-temperature conditions.
• Showed that small molecule traps can effectively stabilize polycarbonate.
• Indicated enhanced durability and efficiency of polymer capacitors in elevated temperatures.