Challenge

Week 1 Understanding Different Battery Chemistry

Solution 1:

Anode : Oxidation takes place which leads to release of electrons.

Cathode : Redution takes place which leads to the absorption of electrons.

Cell	LCO	LMO	NCA	NMC	LFP	LTO
Anode	Graphite	Graphite	Graphite	Graphite	Graphite	Lithium
Cathode	Lithium Cobalt-oxide	Manganese-dioxide	Lithium Nickel cobalt aluminum oxide	Lithium Nickel Manganese Cobalt oxide	Lithium Iron Phosphate	Lithium Manganese Oxide (or) Lithium Nickel Manganese Cobalt oxide
Chemical Reaction	Anode: LiC6 <=> C6 + Li+ + e− Cathode: CoO2 + Li+ + e− <=> LiCoO2 Overall: C6 + LicoO2 <=> LiC6 + CoO2	Anode: LiC6 <=> C6 + Li+ + e− Cathode: MnO2 + Li+ + e− <=> LiMnO2 Overall: C6 + LiMn2O4 <=> LiC6 + Mn2O4	Anode: LiC6 <=> C6 + Li+ + e− Cathode: NiCoAlO2 + Li+ + e− <=> LiNiCoAlO2 Overall: C6 + LiNiCoAlO2 <=> LiC6 + NiCoAlO2	Anode: LiC6 <=> C6 + Li+ + e− Cathode: NiMnCoO2 + Li+ + e− <=> LiNiMnCoO2 Overall: C6 + LiMnCoO2 <=> LiC6 + NiMnCoO2	Anode: LiC6 <=> C6 + Li+ + e− Cathode: Fepo4 +LI+ +e- <=> LiFepo4 Overall: C6 + LiFePO4 <=> LiC6 + FePo4	Anode: Li4Ti5O12 <=> Ti5O12 + 4Li+ + 4e- Cathode: 4Mn2O4 + 4Li+ + 4e- <=> 4LiMn2O4 Overall: 4Mn2O4 + Li4Ti5O12 <=> 4LiMn2O4 +Ti5O12

Battery Specification in details:

Solution 2:

Comparison of Lithium Battery types

L - LOW M- MODERATE H- HIGH

Ship work like this
in your own course.