Nowadays, it is very practical to buy an electric scooter for those who need to commute often but want to avoid public utility vehicles that carry the threat of COVID-19. The government has advised the people to socially distance themselves from others to avoid being infected by the virus making public transportation risky. People opt to have their own mode of transportation to avoid exposure. In Australia, electric scooters can be used to travel within the city from one point to another. This gives the rider comfort because he/she can go to any destination swiftly and safely without interacting or being near other people. E-scooters are designed for one person only meaning an individual can use it at a time lowering the risk of transmitting the disease. 

Electric scooters are built with a stem that can be adjusted according to the rider’s height. Above the stem are handlebars which control the acceleration of the scooter and contain the brakes. The rider will stand on the platform with two wheels, one in front and one at the back. Some scooters have three wheels. Under the back tire, the motor is located along with a suspension. A suspension is built with springs incorporated in the vehicle to retain balance and avoid accidents due to bumps or cracks on the road.  The electric scooter has its own engine so that the rider won’t need to kick the ground in order to drive forward. Below the deck of the e-scooter are the batteries. Other scooters have their batteries inside the stem. Fuel makes the engine work while electricity makes electric scooters run. This can be very convenient as it transports the rider from their homes up to the doorstep of their office. 

Electric vehicles are powered by electricity which is then converted to mechanical energy to achieve motion. Its mechanical energy does not require burning of fuel that is hazardous to the environment. The electrical energy is stored in batteries allowing the device to operate for a long time. The amount of energy stored differs according to the type of battery used. For e-scooters, these types of batteries are common: lithium-ion batteries (Li-ion), sealed lead acid batteries (SLA) and nickel-metal hydride batteries (NiMH).

Lithium-Ion Battery
Among all the batteries, this is the most expensive. The price for the batteries equate to its performance. Their lifespan is about 3-5 years and has a lot of storage for electricity permitting long hours of scooting. Since it can store plenty of charge, it requires long charging time. It comes in a flat and small design making it light and suitable for any type of e. Because of the amount of power it can hold, this type of battery can be used in electric big scooters. 

Sealed Lead Acid Battery
This is a standard type of battery and the first rechargeable battery invented making it cheaper compared to Li-ion and NiMH batteries. Although it takes a long time to fully charge, it can produce high current needed to start the motor. It is also heavy and large which makes it ideal for golf carts or other large vehicles. But they are the most common in the market.

Nickel-Metal Hydride Battery
NiMH Batteries are light and often made specifically for the model of electric scooter endorsed. These are also more advanced but charge slow. If it fails to complete charging time, it can result in damage and does not sit well with extreme temperatures. 

The electric motor consumes the stored energy from the batteries. Compared to electrical devices, the conversion of electrical energy requires a lot more power to turn into physical kinetic energy in motors. Usually, for a faster scooter, the engine would require a higher wattage. Watts measure the amount of power needed to produce mechanical force to make the scooter move. The speed of the scooter relies on the wattage just as the range is related too. The higher the wattage, the higher the amount of charge it consumes. If the motor requires high wattage, the range and the battery percent are highly affected and most likely to decrease. The wattage corresponds to the distance it can travel. Furthermore, e-scooters that have the same wattage range are not accurately expected to obtain the same mechanical power. Riders with heavy loads end up using more wattage because of the need to exert more force in order to achieve motion. Electric scooters are offered with a wide range of motor power such as 250W, 350W, 500W and 1000W. The higher wattage is present in electric big scooters. Meanwhile, you can check online all the varieties of electric scooters that will surely fit and surpass your standards including their different specs and features. There’s always an e-scooter that would suit your taste and lifestyle. You can purchase them from authorized online websites where they are offered at an affordable price. 


Electric Scooter Performance Guide - What Are Voltage, Wattage, Capacity, And How They Work Together - EScooterNerds