FULIKE Adult 2 Wheels Lithium Electric Bike Factory Wholesale Electric Scooter

1. Torque
Torque is the steering force that causes the electric bicycle motor to rotate and propel you forward. Bicycles with higher torque provide greater immediate explosive power, while bicycles with lower torque provide less immediate explosive power. The maximum torque that an electric bicycle motor can generate is measured in Newton meters (Nm).
People may think that larger is better, but there may be slight differences in torque. High torque electric assisted bicycles are very suitable for steep slopes and fast acceleration, but may not be as natural and stable as low torque electric assisted bicycles. Before choosing a bicycle with the maximum motor and torque, it's best to consider how you want to use your electric bike and how smooth or powerful you want it to be. Although there is no definite definition, generally speaking, bicycles below 50Nm can be considered low torque, and bicycles above 65Nm can be considered high torque.
2. Power
Power is the force that keeps your electric bike motor running and running. In scientific terms, it is the electromotive force that drives an electric assisted bicycle forward. Electric power is measured in watts (or W for short), which is a single unit of electrical energy. According to the law, the maximum power limit of an electric bicycle motor is 250W in order to be classified as a bicycle.
3. Battery capacity
The capacity of a battery or the amount of electricity it can hold is calculated through mathematical calculations using several different measurement units. When we multiply the ampere hour (the unit of measurement for capacitance) by the volt (the force that propels the ampere through the system), we obtain the watt hour (Wh for short). Watt hours represent the maximum capacity of a battery, which is related to the amount of time the battery can run before running out of charge.
The larger the battery capacity used in electric bicycles, the farther and longer you can ride, but high-capacity electric bicycle batteries are also larger and heavier than low capacity batteries.
4. Charging cycle
Just like any other type of battery, electric assisted bicycle batteries can be fully charged and discharged a limited number of times before they need to be replaced. The lifespan of electric assisted bicycle batteries is expressed by the charging cycle, which refers to the discharge and charging of the battery. The rated charging cycle of most electric assisted bicycle batteries is 800-1000 times, which is equivalent to supporting a cycling range of over 10000 miles.
To extend the lifespan of the battery, please store it in a cool and dry place when not in use, and perform routine maintenance at any time. When your battery life expires, we will help you recycle the battery.
5. Mileage
The range refers to the distance that the electric assisted bicycle system can provide assistance before the battery runs out. There are many factors that affect the total range of electric assisted bicycles, such as the road surface, terrain, wind, riding behavior, rider weight, and even tire pressure. Some electric assisted bicycle systems equipped with intelligent technology can provide real-time estimated mileage data, helping you understand how much battery you have for assisted riding before needing to charge. Many can also be paired with assisted range extender batteries to help you go further.