Lithium Iron phosphate battery
Lithium Iron Phosphate Battery (LiFePO4)also short form (LFP)
A lithium Ion rechargeable batteryUse LiFePO4 as a anode material
A relatively new and revolutionary battery for Industrial and consumer electronics
Lithium Iron Phosphate Battery
LFP vs Other kinds of Lithium battery
Three types:
Lithium Cobalt Oxide (LiCoO2) (LCO) (Use in most consumer electronic devices, mobile phone, tablets, notebook)
Lithium Manganese Oxide (LiMn2O4) (LMO)
Lithium Iron Phosphate (LiFePO4) (LFP)
LFP vs Other kinds of Lithium battery
LCO * Higher energy density* Safety concerns, relatively easy to
catch fire, explode (recent 787 planes battery issue)
LMO * Safer* High temperature performance very
bad, decade extremely fast at 50C* More expensive
LFP vs Other kinds of Lithium battery
LFP * Best Safety Characteristics (not required BMS, battery management system and protection module)
* Long cycle life (>2000 times)* Good availability on material* Higher discharge current * Lower energy density (overcome by our
proprietary Nano Technology to increase energy density)
LFP vs Other kinds of Lithium battery
Battery LiFePO4 (LFP) LiCoO2 (LCO) LiMn2O4 (LMO) Li(NiCo)O2
Safety Safest Not Stable Acceptable Not Stable
Environmental Concern Most Environmental friendly Very Dangerous Acceptable Very Dangerous
Cycle Life Excellent Acceptable Acceptable Acceptable
Power/Weight Density Best ** Good Acceptable Best
Long Term Cost Most Economic/Excellent High Acceptable High
Temperature Range Excellent (-20 to 70C) Decay beyond (-20 to 55C)
Decay extremely fast after 50C
Decay beyond (-20 to 55C)
** After applying our proprietary Nano Technology
Major Advantages and Characteristics of LFP
Safest and the Most Environmental friendly(overcharge and overheat can cause fire and explosion for other Lithium battery but not LFP)
Fast “forced” Charging(because an overvoltage can be applied)
Large overcharge tolerance and Safer Performance(can overcharge 30V w/o protection circuit, i.e. best for high power and large capacity application)
Higher energy density (specific capacity> 145Ah/kg, gravimetric energy density is 130Wh/kg)
Longer Cycle life (LiCoO2 is around 300, LFP can be > 2000)
No Memory effect
High Temperature Performance > 70C, remain stable even at 160C
Simplified Battery Management system and Battery Charger(because large overcharge tolerance and self-balance characteristics, i.e. low cost)
High current discharging (e.g. standard 2-5C, continuous high current discharge can be 10C, temporary high current discharge can be 20C (10s))
Major Advantages and Characteristics of LFP
Suitable Applications
Electric Vehicle (e-bike, e-scooter, e-car)
Power tool(Drill, Saw, Cropper)
UPS
High Capacity Power Bank
Emergency Lighting
Solar Energy System
Medical equipment
etc
LFP LiFePO4
Electric Vehicle
Medical Equipment
Solar Energy System
High Capacity
Power Bank
Safety Demonstration
• World demand for primary and secondary batteries is forecast to rise 8.5 percent per year to $144 billion in 2016. Batteries are a fast growing market bolstered by the electronics manufacturing segment as well as expanding output and use of motor vehicles.PR Newswire
Market Situation
• Balloon expansion in LFP market• Global sales volume for material at 2011 – 4000 Tons,
~ 6.7% only of total market for Lithium battery material
• Lithium Ion battery market itself is continuing to grow rapidly
• LFP battery market grow over 100% per year
Market Situation
• LFP itself overkill all other Lithium battery type• Broad Range of Application areas• Our unique Nano and Production Technology
enhanced the stability of output and Energy density of the material, with patent protection
Competitive Edge
• Stable and expandable production capacity• Price competitive• Good market connections, customer base,
experience in project management, professionalism
Competitive Edge
• LFP Material sales• LFP Battery sales• Product sales : in both industrial and
consumer electronics industry– e.g. Power Bank
• Target market: Japan, Europe, Hong Kong, China, North America
Business Models