| 초록 |
Flexible lithium-ion batteries have garnered a great deal of attention as a promising power source for electronic devices with aesthetic versatility. Here, we present a new class of solid-state polymer electrolyte featuring compliant polymer framework as organic material breakthrough to boost flexible batteries. This structural/physicochemical uniqueness of the polymer electrolyte, in collaboration with direct UV-IL technique, enables unprecedented opportunities in geometries and flexibility that lie far beyond those accessible with conventional electrolytes. The structural design concept exploited for the polymer electrolytes can be suggested as a versatile and scalable platform technology to facilitate progress of next-generation flexible energy storage systems. |
