Final answer:
In physics, an electric vehicle (ESIS) is powered by its own battery, which provides most of the energy for its operation. Additionally, the vehicle incorporates solar energy through solar cells mounted on top, which extend the battery's life on sunny days. The ESIS features a two-wheel configuration with wheel hub motors for driving.
Step-by-step explanation:
In the context of physics, an electric vehicle indicates that the ESIS (Electric Self-Balancing Intelligent Scooter) is being powered by its own battery. The battery provides most of the energy for the vehicle's operation. It can be charged using a renewable energy source like wind or solar cells or plugged into the user's home electricity system.
The battery works in combination with solar cells mounted on the vehicle. The solar cells, located on top of the vehicle, extend the life of the battery on sunny days by converting solar energy into electrical energy. This allows the vehicle to operate for a longer period without solely relying on the battery.
It's important to note that the ESIS features a two-wheel side-by-side configuration with room for a single passenger. The vehicle utilizes wheel hub motors as its drive mechanism. These motors are controlled to maintain balance, similar to the way the Segway personal transport device operates.