To explore the rapid fabrication of piezoelectric solid polymer electrolytes and their application in energy storage composites.
Utilized photoprinting technology for the production of polymer electrolytes
Developed separator-less designs for efficiency
Assessed the ionic conductivity and piezoelectric properties
Demonstrated high ionic conductivity in the printed polymer electrolytes
Showcased effective energy storage capabilities in composite materials
Achieved rapid fabrication times, enhancing scalability for production
Resumen
Printed separator-less solid polymer electrolyte, with inherent piezoelectric properties and ion-conductive channels, for rapid fabrication of structural energy storage composites.