What question did this study set out to answer?

The research aims to improve the performance of moisture-electric generators by exploring the supramolecular excluded-volume effect.

April 4, 2026Energy & Environmental Science1 citations

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

BWBingsen WangDalian University of Technology NHNan HeDalian University of Technology YBYupeng Bai

Puntos clave

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.

Resumen

The rapid proliferation of flexible electronics requires the development of high-power, self-powered systems capable of continuous output. Moisture-electric generators (MEGs) can harvest energy from ubiquitous atmospheric moisture, offering a green...

Preguntar a la IA

Me gusta

Guardar

Ver artículo completo