Advanced Battery Life Calculator For Electric Scooters icon

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Advanced Battery Life Calculator

Advanced Battery Life Calculator

The total amount of electric charge the battery can store.
The electric potential provided by the battery.
The power consumption of the motor.
The average speed at which the scooter is driven.
The weight of the rider.
The type of terrain the scooter will be used on.

How Battery Life is Calculated

This calculator uses the following formula to estimate the battery life of your electric scooter:

Battery Life (hours) = (Battery Capacity (Ah) × Battery Voltage (V)) / (Motor Power (W) × Efficiency Factor)

Where:

  • Battery Capacity (Ah): The total amount of electric charge the battery can store.
  • Battery Voltage (V): The electric potential provided by the battery.
  • Motor Power (W): The power consumption of the motor.
  • Efficiency Factor: Adjusts for terrain type and rider weight, with typical values:
    • Flat Terrain: 1.0
    • Hilly Terrain: 0.7
    • Mixed Terrain: 0.85

To convert the battery life from hours to distance (in kilometers), we use:

Range (km) = Battery Life (hours) × Average Speed (km/h)
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