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1. The major requirements for an energy storage medium in electrical and electronic applications in recent years are lightweight, long life span, cyclability , high energy density and accelerated charging rate. Many high-performance anode materials have been explored as novel materials for the next generation of LIBs . Among them are alloy materials, conversion-type transition metal compounds, and carbon-based compounds. Current research Finding anode materials with high capacity for lithium intercalation and improved cyclability is an important research subject of lithium ion batteries

2. Finding anode materials with high capacity for lithium intercalation I mproved cyclability is an important research subject of lithium ion batteries

3. Graphite Anodes Slicon -Based Anodes Lithium Titanate (Li4Ti5O12) Tin Based Anodes Alloy Anodes ( Sn, Si, or Ge) Hard Carbon Anodes LiCoO 2 performance With D ifferent K ind of Anode Matrials Good cycle stability with moderate capacity fading over many charge-discharge It Can lead to a higher overall energy density when paired with LiCoO 2 Very high cycle life and excellent thermal stability. T in-based anodes generally have shorter cycle lives. Energy Density is Potentially high, but practical deployment is still under development Potentially high, but practical deployment is still under development