Battery StorageThe rechargeable battery is a type of electrical battery that can be charged, discharged into a load, and recharged numerous times, as well as devices that convert electrical energy into chemical energy and store the resulting chemical energy in the unit. It is made up of at least one electrochemical cell. A reversible electrochemical reaction is used to store energy.

Electric vehicles and other energy storage areas can benefit from the use of GeePower® rechargeable batteries. These Lithium Iron Phosphate (LiFePO4) batteries, manufactured in China by GeePower, have a recharge cycle rating of more than 2000. They are also compatible with a battery management system (BMS).


The Lithium Iron Phosphate Battery is a type of rechargeable battery that uses iron (Fe) as a cathode material and is based on the original lithium-ion chemistry.

All of the safety tests have already been completed (overcharge, over-discharge, over temperature, short circuit, drop, crush, needle puncture tests, etc). These battery cells do not catch fire, explode, or leak.

The energy density, power capability, cycle life, and safety of GeePower Rechargeable batteries are typically eligible, and the cost is determined by the price of battery materials and engineering.

Rechargeable lithium battery main procedures

•Soft polymer pack, electrolyte-free design, operable in any position

•Reduced internal resistance.

•Flexible design to meet the specific needs of the customer.

•Because basic cells are mass-produced, it is simple to construct stable and consistent large-capacity battery packs.

•Ideal for high-rate charging and discharging.

•Over 30 years of experience with rechargeable batteries.

•10 years of lithium battery experience

•More than 2000 recharges are possible for a Geepower battery.

•Poor electrolyte; usable in any direction.

•able to handle high currents (up to 5C) of charging and discharging (up to 3C).

•Exceptionally High Rate Capability

•Excellent safety performance (no flowing electrolyte).

•Fast charging is possible (can up to 3C, less than 20 minutes).

•Excellent performance at high temperatures.

•A high energy density of 110140wh/kg.

•Lightweight and compact, about one-third the weight and volume of lead-acid batteries.



•Electric vehicles and equipment


•Telecom and communication industries


•Systems for storing energy


• UPS, etc