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A rechargeable electric scooter typically works by using a lithium-ion battery pack as its power source. When the scooter is in use, the battery supplies electricity to the electric motor, which drives the scooter forward. When the battery's charge runs low, it can be recharged using an external charging unit.
ST1017 free travel convenient folding new electric scooter
ST1017 free travel convenient folding new electric scooter
Load bearing life is upgraded again
Mechanical design of alloy framestructure + strict test of high strength
Multi function night vision digital LCD
Third gear adjustment (faster or farther)
Lithium battery 21700/ 18650/48V 15Ah~21Ah OEM accept
600/800/1000W Front and rear drive brushless motor
Total power 1200/1600/2000W
Front and rear suspension of high steel spring shock absorption
Double front and rear shock absorption with thick tires Comfortable riding experience
With headlights, highlight warning taillights and turn signals to ensure the safety of riders at night
The scooter is controlled by the rider using a combination of a throttle and brake lever, which control the speed and stopping of the scooter. Some scooters also have a handlebar-mounted display that shows the scooter's speed, battery level, and other information.
In addition to the battery and electric motor, an electric scooter typically has a number of other components, including a frame, deck, handlebars, wheels, and suspension system. The scooter's electric system also includes a control circuit, which manages the power flow between the battery and the motor, and a charging port, which allows the battery to be recharged.
Overall, the working principle of a rechargeable electric scooter is relatively simple, with the battery supplying power to the electric motor, which drives the scooter forward. The rider controls the scooter using a combination of a throttle and brake lever, while the control circuit and charging port ensure that the battery remains charged and ready for use.
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