The Polymer Society of Korea

Abstract

As the need for advanced energy storage solutions grows, the development of materials that can self-regulate under varying environmental conditions has become increasingly important. This study focuses on the use of temperature-sensitive ionogels, which exhibit unique ionic conductivity behaviors in response to temperature changes. The ionogels undergo a reversible phase change that alters their ionic conductivity, providing an efficient mechanism for regulating performance in electrochemical applications. This temperature sensitivity makes the ionogels ideal candidates for energy storage platforms, where they can help improve the stability and safety of devices operating under fluctuating thermal conditions. By integrating these materials into energy storage systems, we can enhance performance while ensuring reliable operation across a wide range of temperatures.