Rapid leakage responsive and self-healing Li-metal batteries

Considering the hyperactive nature of metallic Li and the drawbacks of traditional liquid electrolytes, solid electrolyte is now getting more attentions but confronts obstructions like low Li+ conductivity and poor interface contact. Herein, a new leakage-responsive and self-healing electrolyte (LRE) system is proposed, which consults advantages from both solid electrolytes and liquid electrolytes, including leakage forbiddance, high Li+ conductivity, wettability to electrodes and safety, etc. Moreover, the LRE electrolyte exhibits the characteristic of rapid response to air and then momentarily polymerizes so that the volatilization and oxidation of liquid electrolyte can be stopped in no time. On the other hand, LRE can not only serve as the function of conglutinate the battery injuries and improve the recyclability even batteries were physically damaged, but also contribute to form robust polymeric SEI and suppress the dendrites that helps to improve the battery stability. Significantly as an alternative to both solid electrolyte and traditional liquid electrolyte, this novel electrolyte opens up the possibility in the safe and economical application of LMBs.

Automated summary

The proposed LRE electrolyte system combines the advantages of solid and liquid electrolytes, exhibiting features such as leak resistance, high ion conductivity, and rapid response. It helps enhance battery stability and safety effectively.