BOOANT lithium battery technology banner with glowing battery symbol and circuit background
POWER

Electrical Performance

Compared with lower-voltage systems, 72V battery packs deliver significantly higher peak power, stronger acceleration, faster top speed, and stable high-current output under extreme load.

USE CASE

Application Fit

Designed for electric motorcycles, high-power e-bikes, QS motor builds, and demanding long-range applications requiring sustained high-current discharge.

TRUST

Engineering Confidence

Built with premium Samsung 21700 cells, intelligent Bluetooth BMS, configurable discharge interfaces, and backed by a 2-year warranty for long-term reliability.

72V Battery FAQ

Get quick answers about voltage advantages, motor compatibility, discharge current, and BOOANT custom battery solutions.
Is a 72V battery better than a 48V or 52V battery?

A 72V battery delivers significantly higher peak power, stronger acceleration, and higher top speed than 48V or 52V systems. It is ideal for high-performance electric motorcycles, high-power e-bikes, and demanding custom builds that require sustained high-current output.

What motor power is suitable for a 72V battery?

72V battery packs are commonly used with 2000W to 8000W motor systems. They are especially suitable for QS motors, hub motors, and mid-drive setups requiring strong torque and sustained high-speed performance.

What discharge current do I need for my build?

Required discharge current depends on motor power, controller settings, and riding conditions. Lower-power builds may use 30A BMS configurations, while high-performance systems often require 50A, 60A, or higher continuous discharge capability.

Which discharge connector should I choose?

Connector selection depends on current demand and application requirements. BOOANT supports XT60, XT90, XT90-S anti-spark, QS8, and Anderson connectors for different power levels.

Can BOOANT customize 72V battery packs?

Yes. BOOANT offers fully customizable 72V battery solutions, including battery capacity, BMS discharge current, enclosure type, discharge connectors, and communication interfaces for specialized applications.