There are various types of electric bicycle battery box, classified by packaging form as cylindrical battery boxes and square battery boxes.Electric bicycle battery types mainly use the following types of batteries: lead-acid batteries, lithium batteries

The common models of e-bike batteries are 48V12ah, 48V20ah, 48V24ah, 60V20ah, 60V32ah, 72V20ah, 72V32Ah, etc. Among them, 48V12ah is usually a combination of 4 small 12V lead-acid batteries for simple e-bikes.Electric bicycle battery box types

Among them, 48V12ah is usually combined by 4 small 12V lead-acid batteries, which is used for simple electric bicycle.

48V20ah and 48V24ah are mainly lithium batteries, which are used in luxury e-bikes. As 48V20ah and 48V24ah lead-acid batteries are overweight, they have been eliminated under the new national standard, and the mainstream of the market is lithium battery.

60V20ah, 60V32ah batteries are commonly used in electric light motor. Electric motorcycle commonly used 72V20ah, 72V32ah batteries, speed and climbing ability is stronger.

72V12ah, 60V12ah batteries are seldom seen due to small capacity and short range, which affects the user experience. In addition, there are 36V10AH, 36V12AH and other specifications.

The batteries of electric vehicles are generally 10AH, 12AH, 20AH, and the specifications of motors are generally 36V, 48V, 60V, etc., and the power is generally 180W, 360W, 500W, etc. The electric vehicles can be adopted by electric bicycles with valves, valves, valves, valves, valves, and valves.

Maintenance-free valve regulated lead-acid batteries, colloidal lead-acid batteries, nickel-metal hydride batteries and lithium-ion batteries can be used in electric bicycles, with common specifications such as 12V10Ah, 12V12Ah, etc. Different voltages are installed in different electric bicycles.

Different types of batteries are installed in electric vehicles with different voltages, with different ranges. For example, for a 48-volt electric vehicle with a 400-watt motor, the range of a 12-amp battery is about 36 kilometers, a 20-amp battery is about 60 kilometers, a 23-amp battery is about 69 kilometers, a 32-amp battery is about 96 kilometers, a 38-amp battery is about 114 kilometers, and a 45-amp battery is about 135 kilometers.

For a 60-volt electric vehicle with a 600-watt motor, 12-amp range is approximately 45.6 km, 20-amp range is approximately 76 km, 23-amp range is approximately 87.4 km, 32-amp range is approximately 121.6 km, 38-amp range is approximately 144.4 km, and 45-amp range is approximately 171 km; and for a 800-watt motor, 12-amp range is approximately 40.5 km, 20-amp range is approximately 67.5 km, 23-amp range is approximately 77.6 km, 32-amp range is approximately 108 km, and 38-amp range is approximately 128.5 km. 108km at 38A, 128.25km at 45A and 151.8km at 45A.

For 72 Volt EVs, with 1000 Watt-hour motor, 12-amp range is approximately 44.9 km, 20-amp range is approximately 74.88 km, 23-amp range is approximately 86.1 km, 32-amp range is approximately 119.8 km, 38-amp range is approximately 142.27 km, and 45-amp range is approximately 168.48 km. For 1200 Watt-hour motor, 12-amp range is approximately 41.76 km, 20-amp range is approximately 69.6 km, 23-amp range is approximately 80.04 km, 32-amp range is approximately 80.04 km, and 45-amp range is approximately 151.8 km. 80.04km at 1200Wh for 12A, 69.6km at 20A, 80.04km at 23A, 111.36km at 32A, 132.24km at 38A and 156.6km at 45A.

Note that these theoretical figures are for reference only, and the actual EV range is related to factors such as brand, driving habits, load, uphill, season, tire pressure, braking system, insufficient charge, battery aging, and so on.