Currently, our country society of the electric bicycle owns over 3,000,000 sets, adopting the lead acid battery basically, now lead acid battery is used for the 36V/10Ah mold, with 360 Wh total energy, 12 kg’s weight, can be used to drive 50km, under 100% circumstance of DOD, its cycle life is only about 100 times, each battery price is about 32 USD, the service life is only 6-12 months. In many cities electric bicycle is banned to be on road, the main reason is huge pollution produced by lead acid battery. If LiFePO4 material can be adopted as anode to make 10Ah battery, it requires 12 battery pieces as series in a whole pack. The whole mold is only 3-4 kg’s weight, if it can be made 5 kg’s weight, the motorcycle can travel over 80 km’s far.

Comparing Hipower lifepo4 battery with other mobility battery which has been used in motive industry

There are three types of lithium ion cells based on different cathode materials. They are lithium cobalt oxide, lithium manganese oxide and lithium iron phosphate types. Although lithium cobalt oxide cell owns the advantage of high energy density, it is suffered by the safety concerns. Lithium manganese oxide cell has been evaluated for the application on high rate due to the better safety characteristics. However, its high temperature performance is the major drawback.

While Lithium iron phosphate cell has the best safety characteristics, long cycle life (up to 2000 cycles) and good availability. It is very suitable for high discharge rate occasions such as EV (including e-bike, electric scooter, and electric car), power tools, UPS and solar energy system. According to different applications, Hipower can modify the design of battery pack to provide the best solution to satisfy customer' s needs.

Hipower LiFePo4 battery Technology can offer the best power solution

Our goal is to deliver high performance, safe, cost effective             storage systems to our customers, and one way we do this is by

designing products with our LiFePo4 technology.Whereas traditional

Lithium-ion technology utilizes cobalt-oxide cathode material,

LiFePo4  technology incorporates a phosphate based cathode material along with the performance and cycle life advantages of Lithium-ion, this change in cathode material yields several additional advantages  specific to LiFePo4 technology. And, because of these characteristics, LiFePo4 technology is suitable for not only in the traditional Lithium-ion markets such as the individual consumer and enterprise markets, but also for emerging markets not currently served by Lithium-ion technology, such as the telecom, utility and motive industries.