What is the working principle of 36v electric scooter?

The newest electric scooters use lithium-ion batteries because of their smaller, lighter weight and increased power capacity. They also hold a charge far longer than NiMH and lead-acid battery types.The energy stored in an e-scooter battery is measured in Watt-hours (Wh). This is the amount of electricity that can be used to move a vehicle for one hour.

The battery is the power source for your electric scooter. It is made of a number of 18650 lithium ion cells that are arranged into a brick-like structure to make a battery pack capable of hundreds or thousands of watt hours.E-scooter batteries are usually rated in AH (ampere hours) or Wh (watt hours). These ratings indicate how much electricity the battery can supply for a specific time frame.Higher capacity / voltage batteries allow BLDC hub motors to operate at higher speeds. The higher the voltage, the faster your scooter will go - however a high capacity battery will be more expensive and can take longer to charge.The best way to ensure your e-scooter battery lasts as long as possible is to store it charged to 50% and charge it at a C-rate between 1 and 2 to minimize stress on the cells. Also, don’t operate your scooter when it’s cold (below 32 Fdeg) or hot (above 114 Fdeg).

The motor is an important component of any electric scooter. It transfers power to the wheels and can cause the entire scooter to move forward or turn left or right.The most common motors used in electric scooters are brushed DC and brushless DC. The latter is a more recent technology that uses digital switching circuitry to alternatively power different coils inside the motor.A brushed DC motor transports current through mechanical brushes. The brushes wear out and can cause voltage to act irregularly, which can be dangerous.Brushless DC motors use a sensor to monitor the speed of the motor and adjust the timing of the electrical current. This ensures that the motor is working correctly.

The controller is the smart device that acts as the brain of your electric scooter and controls how power is used across the battery, motor, throttle, display, wheel sensors and regenerative braking systems. It also monitors and regulates voltage sag to prevent damage and malfunction.When you twist the throttle on a 36v electric scooter, acceleration sensors signal the controller to increase motor revolutions. This is done through a microcontroller, which relays the signal to a network of field-effect transistors that drive the motor.While braking, the controller cuts power to the motor and sends the generated kinetic energy back to the battery for storage. This is called regenerative braking, and most modern scooters have this function.Another feature of 36v e-scooters is cruise control. The controller uses speed sensors on each wheel to keep the scooter moving at a constant rate when you’re not using the throttle or brakes.

The suspension system works to dampen bumps in the road and improve comfort and ride quality. Electric scooters with good suspension usually feature a coil-over-hydraulic or air piston type of system.A high-performance electric scooter with suspension can be ridden on any terrain, even the roughest. However, you need to understand how the suspension system works so you can adjust it safely and efficiently.There are three types of suspension systems on e-scooters: spring, hydraulic or air piston, and rubber. The best ones have a combination of these three to dampen shocks.The suspension on a 36v electric scooter works by sending signals to the motor computer. These signals tell the computer to limit the driving wheel’s rotation speed. This enables the scooter to stay within a safe speed range and keep it from overheating.

ST8007 48v 500w high speed 8inch with rear suspenion mini electric scooter