Slide 1

Lithium-Ion BatteryAir BatteryGROUP VURGEL, Jeano Patrick T. SEE, Eliza Kathleen L. SALINAS Jr. II, Robert P. BALDE, Kenneth Miguel D. GORGONIA, Jose Eduardo Y.

LITHIUM-ION BATTERY

ChemistJohn Goodenoughand his colleagues Phil Wiseman, Koichi Mizushima, and Phil Jones Li-ion battery or LIB Secondary cell Rechargeable battery Common inconsumer electronics Based on lithium cobalt oxide(LiCoO2) Dangerous under some conditionsHow it Works?

Advantages & Disadvantages High energy density Low Maintenance Self-discharge No requirement for priming Variety of types availableProtection required Ageing Transportation Cost Immature technology

AIR BATTERY

ALUMINUM-AIR BATTERY

Al-air battery Produce electricity from the reaction ofoxygenin theairwithaluminum Highest energy densities Areprimary cells

How it Works?

ZINC-AIR BATTERY

Metal-airbatteriespowered by oxidizingzincwithoxygenfrom the air Primary cell Highenergy densities Store energy in the form of electro-chemical energy

How it Works?

LITHIUM-AIR BATTERY

Metal-airbatterychemistry Oxidationoflithiumat theanodeandreduction ofoxygenat thecathodeHow it Works?