Electrochemical catalysts (Single-atom catalysts)

Single-atom catalysts maximize metal utilization through atomically dispersed active sites, enabling strong LiPS interactions and efficient catalytic conversion for enhanced sulfur redox kinetics.

Electrochemical catalysts (Nanoparticle catalysts)

By utilizing nanoparticles that accelerate the electrochemical oxidation/reduction reactions of sulfur and contribute to LiPS adsorption, the shuttle effect is suppressed and electrochemical performance is enhanced.

Porous carbon materials (Sulfur container)

Synthesis and development of carbon materials capable of containing sulfur.

LiPS adsorbent

By utilizing a sorbent to facilitate LiPS adsorption, the shuttle effect is suppressed and electrochemical performance is improved.