Challenge

Week 1 Understanding Different Battery Chemistry

Type of the cell	Anode material	Cathode material	Electrolyte	Separator	Chemical Reaction
LCO	Graphite & Hard Carbon LiC6→(xLi+)+(xe−)+(C6)	Lithium, Cobolt, Oxide (Li(1−x)CoO2)+(xLi+)+ (xe−) → LiCoO2 Layered oxide: LixCoO2 Polyanion materials: such as LiFePO4 and Li2FeSiO4 Spinel oxides: LiMn2O4	LiPF6 liquid, gel or dry polymer	polyolefin	Redox, C6+LiCoO2⟷LixC6+(Li1−)xCoO2
LMO	Graphite & Hard Carbon	Lithium, Manganese, Oxide lithium-manganese spinel (Li⁺Mn³⁺Mn⁴⁺O₄).	liquid, gel or dry polymer	polyolefin	2LiMO_2,(s) + 8HCl_(l) ⇌ 2LiCl_(l) + 2MCl_2,(l) + 4H₂O_(l) + Cl_2,(g)
NCA	Graphite & Hard Carbon	Nickel, Cobolt, Aluminium	liquid, gel or dry polymer	polyolefin
NMC	Graphite & Hard Carbon	Nickel, Manganese, Cobolt	liquid, gel or dry polymer	polyolefin
LFP	Graphite & Hard Carbon LiC6→Li++e−+C6	Lithium, Iron, Phosphate FePO4+Li++e−→LiFePO4	liquid, gel or dry polymer	polyolefin	LiFePO4+6C→LiC6+FePO4
LTO	Graphite & Hard Carbon	Lithium, Titanium, Oxide	liquid, gel or dry polymer	polyolefin

The polyethylene or polypropylene (PE/PP) based separator used at temperatures above 135–165 ◦C.

Ship work like this
in your own course.