Abstract:In order to investigate influence of titanium content on electrochemical lithiation storage kinetics of silicon-titanium anode, resistance value of anode was measured as it was discharged/charged for 100 cycles at current density of 200 mA/g with Ti/Si molar ratios of 50 and 25 respectively. The results suggest that decreasing silicon concentration of composite benefits reduces production of SEI (Solid Electrolyte Interphase) and thus reduces charge transfer resistance. As molar ratio of Ti/Si is 25, the anode exhibits better reaction kinetics with charge transfer resistance rising from 142 Ω to 212 Ω.