An Ion–dipole interaction regulation of desolvation kinetics and interfacial stability for stable and fast-charging sodium-ion batteries

Key Points

• Enhanced interfacial stability leads to more reliable charge cycles in sodium-ion batteries, improving longevity and efficiency.
• The study shows significant improvements in desolvation kinetics, leading to faster charging rates and overall battery performance.
• Utilizing ion-dipole interactions enhances ionic conductivity, making the electrodes more efficient during charging and discharging processes.
• Analysis highlights the importance of regulating these interactions for developing advanced sodium-ion battery technologies.