1.Battery capacity: The capacity of a 12.8V lead-to-lithium battery is usually measured in ampere hours (Ah) and has a higher energy density. Compared with a lead-acid battery of the same capacity, a 12.8V lead-to-lithium battery requires less weight and Smaller size.

2.Rated voltage: The rated voltage of the 12.8V lead-to-lithium battery is in line with the rated voltage range of general lead-to-lithium batteries, usually between 12V and 48V.

3.Charging temperature: The charging temperature of 12.8V lead-to-lithium battery is generally between 0℃-45℃. Exceeding this range may affect the life of the battery.

4.Discharge temperature: The discharge temperature of 12.8V lead-to-lithium battery is generally between -20℃-60℃. Exceeding this range may affect the performance of the battery.

5.Charging rate: It is recommended that the charging rate of 12.8V lead-to-lithium battery should not exceed 2C, which reflects the charging current that the battery can withstand.

6.Cycle life: 12.8V lead-to-lithium batteries usually have a longer cycle life and can be cycled more than 500-2000 times. They have a longer service life than lead-acid batteries.

1.Two-wheeled electric vehicles: With the development of regulations and the reduction of lithium battery costs, lithium batteries have gradually become the mainstream battery 

2.type for two-wheeled electric vehicles. The growth of overseas markets also provides broad space for the application of lithium batteries in two-wheeled electric vehicles.

3.Automobile field: Especially light-duty vehicles and the Taxus lithium battery series products launched by Fanlan Technology provide upgrade guarantee and experience for cars equipped with automatic start-stop technology. Lithium battery products show multiple advantages, such as flame retardant, explosion-proof and impact resistance, as well as high safety and environmental protection.

4.Energy storage field: Although there is less specific information, the application of lithium batteries in the energy storage field is also an important direction for the replacement of lead with lithium. With the advancement of technology and reduction of costs, lithium batteries will be more widely used in the field of energy storage.