To further enhance the performance of solid-state lithium batteries, optimization is required across the following key areas:
Optimization of Solid Electrolytes: Research and development of solid electrolyte materials characterized by high ionic conductivity and low internal resistance, aimed at improving the battery's high-rate charge-discharge performance.
Improvement of Electrode Materials: Optimization of the structure and properties of electrode materials to enhance their energy storage and release capabilities, thereby achieving high energy density and extended cycle life in solid-state lithium batteries.
Research on Interface Engineering: Research and development of solid-state lithium batteries featuring robust interfacial stability, addressing issues such as interfacial instability and delamination between electrodes and electrolytes to improve the battery's overall performance.
