
Formosa Battery
Our Mission & Vision
To supply cathode materials with high quality and volume.
To be the world leader of lithium iron phosphorous oxide cathode materials.
To meet needs for high power and large-scale energy storage applications.
The Vision To be the clean and green energy source provider.
Roadmap of FPG cathode materials of lithium battery development
Development of high energy density cathode materials will be completed.
Development of lithium battery with high voltage cathode materials will be completed.
Lithium iron phosphorous oxide cathode materials with high performance went into mass production.
Development of cathode materials for next generation power type lithium battery.
Lithium iron phosphorous oxide cathode materials went into production.[ Spec:50050,152mAh/g, 6tons/month ]
1.Patents (A total of 9 applications)
2.18650 battery test line was established
1.Lithium iron phosphorous oxide cathode materials went into production.
2.R&D center was established. (own-tech & technical partners)
FLIC was founded. (LFPO patent license)
Facing the global trends of energy saving and carbon reduction, Formosa Lithium Iron Oxide Co., Ltd. has been proactively researching and developing the technology for the new generation energy industry. We develop, manufacture and sell the new generation green power material– Lithium Iron Phosphorous Oxide to fulfill the demand of various kinds of applications and energy saving facilities.
Material Basic Characteristics
Item\Spec | 3005E | 5005 | |
---|---|---|---|
Particle Size | D50; µm | 2~8 | 10~15 |
Tap Density | g/cm3 | 1.2~1.5 | 1.2~1.5 |
Specific Surface Area | m2/g | 7~11 | 12~16 |
Specific Capacity | mAh/g | 135 ± 5 | 156 ± 3 |
Characteristics of lithium iron batteries
High weight energy density
110-150Wh/kg, much better than lead acid -40Wh/kgHigh rate capability
Up to 30C for surge, 3-5C for continuous useCyclability
– Minimum 2000 cycles with 80% capacity remaining
– Potential to 5000 cyclesSafety consideration
The best in lithium iron batteries, compatible with lead acidsEnvironmental consideration
– No toxic component and is RoHS compatible
– Waste reduction eventually owing to prolonged cycle lifePrice consideration
Expected to be comparable with lead acidsAvailability
Materials required are the most abundant elements in the world