Prismatic LiFePo4 Batteries and battery packs
Coremax Technology Provide OEM service on LiFePo4 battery. Widely used for ebike and other vehicles. Please contact with our sales with detail requirment. We would glad to work for you with a best Power solution.
— Product Application —
■ Large Electric Vehicle: Bus, Electric Auto, Tour bus and Mild-Hybrid etc.
■ Small Electric Vehicle: Squad Car, E-bike, Golf Cart, Flat car, Forklift Truck, Dumper, All Terrain Vehicle,
Scooter, Wheelchair etc.
■ Backup Power Systems: Solar Energy Systems, Medical Equipment, UPS and EPS etc.
■ Power Tools and Toys: Electric Drill, Electric Screw Driver, Electric Saw, Cleaner and Remote Control
Car, Aero model, Model Ship etc.
— Product Features —
■ Higher operating voltage of 3.2V and energy density:
Lithium lron Phosphate battery delivers and maintains a stable operating voltage of over 3.2V until final discharge— three times as much voltage as a Ni-Cd or Ni-MH battery provides.it takes just 1/3 the number of lithium ion batteries to provide the equivalent amount of voltage form Ni-Cd or Ni-MH batteries, so portable devices can be made much smaller and lighter.
■ Higher discharge rate for more powerful devices:
Lithium lron Phosphate batteries(LiFePo4 batteries) are capable of outstanding rates of discharge(up to 20C rate or more)sufficient to power a hobby planes and helicopters, a power tool’s motor and other devices.
■ Stable discharge under various temperatures environmental conditions:
Lithium lron Phosphate batteries provide stable discharge within a wide range of temperatures, form -40℃ to 80℃.
■ Superior storage characteristics and convenience including minimal self-discharge:
Lithium lron Phosphate batteries limit self-discharge to less than 5% of the original capacity per month when batteries are stored at 20℃.
■ Long Cycle Life:
Lithium lron Phosphate batteries last over 2000 repeated charges and discharges, as well as offering outstanding economy.
■ No Memory Effect:
Lithium lron Phosphate batteries has no memory effect, seen in Ni-Cd, NI-MH, causes charging capacity to be reduced by repeated charging and discharging to in sufficient levels, therefore.
■ High safety:
Greater resistance to overcharging. High thermal stability.