The recent research focused on the fabrication of flexible battery and electrochemical performance in various fields such as flexible electronics, wearable sensors and implantable medical devices. Due to essential safety and less stability of the organic liquid-based electrolytes were replaced by the ionic liquid electrolytes with enhancing properties. In this manuscript, the flexible LIB was fabricated with the efficient, stable polymer matrix such as TiO₂ doped PVDF-HFP polymer and high conductivity possessed EMIMDCA electrolytic liquid. The prepared TiO₂ doped PVDF-HFP was analysed using various characterization techniques such as FTIR for the functional groups present in the polymer matrix, XRD for crystallinity of the TiO₂ NPs, SEM for the determination of the pores before and after doping with TiO₂ and TGA for the electrochemical stability. The electrochemical performance of fabricating battery was determined using cyclic voltammetry studies and results were suggested that high stability and ionic conductivity was observed in LIBs.

最近的研究集中在柔性电池的制造和各种领域的电化学性能，例如柔性电子，可穿戴传感器和可植入医疗设备。由于本质上的安全性和较低的稳定性，基于有机液体的电解质被具有增强性能的离子液体电解质所代替。在此手稿中，柔性LIB是用高效，稳定的聚合物基质（如TiO ₂掺杂的PVDF-HFP聚合物）制成的，并且具有高导电性并具有EMIMDCA电解液。使用各种表征技术对制备的TiO ₂掺杂的PVDF-HFP进行了分析，例如FTIR表征聚合物基质中存在的官能团，XRD表征TiO _2的结晶度NPs，SEM用于确定TiO ₂和TGA掺杂前后的孔的电化学稳定性。使用循环伏安法研究确定了电池的电化学性能，结果表明在锂离子电池中观察到了高稳定性和离子电导率。