If the scooter has a power of 2000w, its average energy consumption per 1 kilometer will be 35wh (depending on the driving style). If the scooter has a 72v40ah battery, we have energy to use in the order of 2880wh. Divide 2280wh into 35wh and we will get 82km

To drive a 2000w scooter you need a category AM driving license. In Italy after obtaining a category B driving license you automatically get category AM.

At first glance, an e-bike may look similar to a traditional bicycle, with its frame, handlebars, two wheels, and saddle. However, upon closer inspection, we can spot the key differences: the battery (which may be integrated into the frame), the motor located in the wheel or mounted between the pedals, and the function display on the handlebars. The main controller is typically hidden within the frame, and specialized wiring ensures energy flows between these components.
The e-bike is also noticeably heavier due to the added electronics, which contribute approximately 9 kg of extra weight. Many people mistakenly confuse e-bikes with smaller scooters, but this is a misunderstanding. An e-bike is not a scooter. Pedaling is still required to move the bike forward, and the electric motor only assists the rider, providing extra support rather than doing all the work.

European Union regulations on electric bicycles are clear and designed to ensure safety and consistency across member states. According to the law, an electric bicycle must meet the following criteria:

• Maximum motor power of 250W
• Voltage of up to 48V
• Electric assistance limited to 25 km/h
• Width of the e-bike up to 0.9 meters
• No accelerator on the handlebars (the motor can only be activated by pedaling)

If an e-bike meets these specifications, it is classified as a regular bicycle. This means it can be used on public roads and bicycle paths just like a conventional bike. This type of e-bike is known as a pedelec (pedal electric cycle), and it does not require additional insurance or registration, making it simpler and more accessible for riders.

Both conventional bikes and e-bikes are used for recreational purposes and as a means of transportation. For many, they serve as essential tools for building physical fitness and improving overall condition. Research has shown that riding an e-bike can actually yield better results than using a traditional bike. Thanks to the electric assistance, we don’t place as much strain on our muscles, allowing us to pedal more intensively. The motor supports us up to a speed of 25 km/h, and beyond that, we rely solely on our muscle strength.
This assistance from the motor encourages more frequent physical activity, making it easier to ride longer distances or tackle tougher terrain. This combination of motor support and physical effort is highly beneficial for improving our fitness levels.

It is clear that an e-bike weighs more than a conventional bicycle. Il peso dipende dai componenti aggiuntivi utilizzati: motore, batteria, controller, cablaggio. A volte è anche necessario rafforzare il telaio per renderlo più stabile e più sicuro. Il peso medio è tra i 23-27 kg. Durante la guida, il peso della bicicletta non è percepito da chi la usa, al contrario! La bici sembra più leggera, più agile e più piacevole da gestire.

As we already know, the main components of an e-bike are the electric motor, battery, display, and controller. The function display typically offers four operating modes to choose from. The mode selected determines the level of support the electric motor provides, with mode 4 offering the maximum speed of 25 km/h.
Once we choose the desired mode and start pedaling, the electric motor activates, giving us a very smooth and effortless riding experience. The harder we pedal, the more power the motor delivers to assist us. Everything operates quietly and smoothly, as the system is simple and free of complex mechanics. Once we surpass the speed of 25 km/h, the electric motor ceases to provide assistance.
The entire system is powered by a modern, long-lasting Lithium Ion battery, ensuring efficiency and durability. The main controller manages and monitors the operation of all the components, ensuring everything works seamlessly