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Week 1 Understanding Different Battery Chemistry

AAbhilash Sengupta2 Mar 2021

Battery Type	Annode Material	Cathode Material	Cathode Reaction	Anode Reaction	Description
LCO	Graphite	Lithium Cobolt Oxide (LiCoO₂)	LiCoO₂<->Li⁺ + e^- + CoO₂	C₆ + Li⁺ + e^- <->LiC₆	During charging, Lithium Cobolt Oxide breaks into CoO₂, Li⁺ and electron. The Li⁺ ion moves through the electrolyte and electron flows throw the electrical path between anode and cathode, at anode the combines with carbon and form LiC₆. During discharge LiC₆ breaks into Li⁺, Carbon and Electron, the Li⁺ ion passes back to cathode through electrolyte and electron flows back through the electric connection. At cathode they combine with the and reforms the Lithium Cobolt Oxide
LMO	Graphite	Lithium Manganese Di-Oxide(LiMn₂O₄)	Li Mn₂O₄<->Li⁺ + e^- + Mn₂O₄	C₆ + Li⁺ + e^- <->LiC₇	During charging, Lithium Manganese Di-Oxide breaks into Mn₂O₄, Li⁺ and electron. The Li⁺ ion moves through the electrolyte and electron flows throw the electrical path between anode and cathode, at anode the combines with carbon and form LiC₆. During discharge LiC₆ breaks into Li⁺, Carbon and Electron, the Li⁺ ion passes back to cathode through electrolyte and electron flows back through the electric connection. At cathode they combine with the and reforms the Lithium Cobolt Oxide
NCA	Graphite	Lithium Nickel Cobalt Aluminum Oxide (LiNiCoAlO₂)	Li NiCoAlO₂<->Li⁺ + e^- + NiCoAlO₂	C₆ + Li⁺ + e^- <->LiC₈	During charging, Lithium Nickel Cobalt Aluminum Oxide breaks into NiCoAlO₂, Li⁺ and electron. The Li⁺ ion moves through the electrolyte and electron flows throw the electrical path between anode and cathode, at anode the combines with carbon and form LiC₆. During discharge LiC₆ breaks into Li⁺, Carbon and Electron, the Li⁺ ion passes back to cathode through electrolyte and electron flows back through the electric connection. At cathode they combine with the and reforms the Lithium Cobolt Oxide
NMC	Graphite	Lithium Nickel Manganese Cobalt Oxide (LiNiMnCoO₂)	Li NiMnCoO₂<->Li⁺ + e^- + NiMnCoO₂	C₆ + Li⁺ + e^- <->LiC₉	During charging, Lithium Nickel Manganese Cobalt Oxide breaks into NiMnCoO₂, Li⁺ and electron. The Li⁺ ion moves through the electrolyte and electron flows throw the electrical path between anode and cathode, at anode the combines with carbon and form LiC₆. During discharge LiC₆ breaks into Li⁺, Carbon and Electron, the Li⁺ ion passes back to cathode through electrolyte and electron flows back through the electric connection. At cathode they combine with the and reforms the Lithium Cobolt Oxide
LFP	Graphite	Lithium Iron Phosphate(LiFePO₄)	LiFePO₄<->Li⁺ + e^- + FePO₄	C₆ + Li⁺ + e^- <->LiC₆	During charging, Lithium Iron Phosphate breaks into FePO₄, Li⁺ and electron. The Li⁺ ion moves through the electrolyte and electron flows throw the electrical path between anode and cathode, at anode the combines with carbon and form LiC₆. During discharge LiC₆ breaks into Li⁺, Carbon and Electron, the Li⁺ ion passes back to cathode through electrolyte and electron flows back through the electric connection. At cathode they combine with the and reforms the Lithium Cobolt Oxide
LTO	Lithium Titanate (Li₂TiO₃)	Lithium Manganese Di-Oxide(LiMn₂O₄) or Lithium Nickel Manganese Cobalt Oxide (LiNiMnCoO₂)

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