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There are currently several types of power lithium batteries:

1. Lead acid power lithium battery

Due to its high open circuit voltage, low cost, reliable use, good high current discharge performance, abundant raw materials, and high lead recovery rate, lead-acid batteries have been widely used in electric vehicles. The most important battery currently used in pure electric vehicles is lead-acid batteries. The disadvantage of lead-acid batteries is severe pollution, and their mass to energy ratio and volume to energy ratio are low. Ectreoforce, Sunshine from Germany, Arias from the United States, BPC from the United States, and OPTLMA from Sweden are all conducting research on lead-acid power lithium batteries for vehicles, and have made good progress through their respective technologies.

2. Nickel hydrogen power lithium battery

The technology of nickel hydrogen batteries is mature, resistant to overcharging and over discharging, with good safety and high energy and power characteristics. The disadvantage is that nickel hydrogen batteries have strong material activity, are prone to leakage, and require high packaging technology. At the same time, nickel hydrogen batteries have low charging and discharging efficiency and significant side reactions under high temperature conditions, which seriously affect the battery's driving range. Therefore, it is necessary to improve the high-temperature charging and discharging performance of the battery. Improving the high-temperature performance of nickel hydrogen electrodes is the key to improving the high-temperature performance of batteries. By improving the high-temperature charging and discharging performance, nickel hydrogen charging batteries have made great progress in the application of electric vehicles.

3. Lithium ion power lithium batteries

lithium forklift batteries have attracted much attention due to their high specific energy, low self discharge, long cycle life, no memory effect, and green environmental protection. At present, important materials for lithium-ion batteries include lithium cobalt oxide, lithium manganese oxide, lithium iron phosphate, and relatively rare iron manganese phosphate.

3.1 Lithium cobalt oxide power lithium batteries

Lithium cobalt oxide is the first generation of commercialized lithium-ion batteries, which have many advantages: high specific energy, stable performance, high volume specific energy, and stable high and low temperature discharge capacity. The disadvantages are poor safety, expensive prices, and environmental pollution. At present, lithium cobalt oxide is an important commercial material for small power lithium-ion batteries.

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