What are the features of the solar-powered sightseeing vehicle?

The solar-powered sightseeing vehicle features a novel and unique design, high configuration, high performance (regenerative braking performance, power performance, braking performance, climbing performance) and low energy consumption. Solar-powered sightseeing vehicles have the advantages of automatic solar charging, convenient maintenance, and good safety performance. Solar-powered sightseeing vehicles are used as transportation means in scenic spots, large amusement parks, parks, closed communities, resorts, pedestrian streets, university campuses, airports, ports, docks, and other tourist and working places. 

The main features of the solar-powered sightseeing vehicle: 

Converting natural sunlight into electricity for charging can be done through static charging, and it can be fully charged at one time. 

2. If there is sufficient sunlight during the journey of the solar-powered sightseeing vehicle, you can also charge it during the trip to extend the continuous driving range. 

3. The vehicle is equipped with a dual-circuit charging system that combines solar power and alternating current. Even in the absence of sunlight, it can be charged via alternating current for emergency use.

4. The speed, output power and output torque of the motor are controlled by a closed-loop speed control system, ensuring that the vehicle is always in a good working condition. 

5. The speed feedback enables the vehicle speed to follow the accelerator. When the speed exceeds the preset limit, the regenerative braking will activate. The speed feedback system can achieve electric parking on slopes. 

6. During the vehicle's operation, when the accelerator is kept at any position, the vehicle maintains a stable speed. 

7. The regenerative braking when the accelerator pedal is partially released and the regenerative braking during the direction reversal at a certain deceleration rate not only enhance the driving safety of the vehicle, but also recover some electrical energy, thereby extending the working hours of each shift. 

8. When the vehicle starts and is under load (such as when climbing a slope), the inverter increases the output voltage to generate greater torque, thereby effectively preventing the electrical system from overheating too rapidly due to the increase in current. 

9. Due to the inherent functions of the inverter, there is no need to connect external regeneration contactors and commutation contactors, which simplifies the electrical system, reduces working noise, and enhances the reliability of the system. 

One of the development directions of solar-powered sightseeing vehicles is that electric sightseeing vehicles will inevitably be influenced by the development of the electric vehicle industry. Batteries are lightweight and have a long range; it must be said that the popularity of lithium batteries and other new energy batteries. Currently, solar-powered sightseeing vehicles use lead-acid batteries. Due to their short endurance, they are very heavy; the price of lithium batteries is approximately three to four times that of lead-acid batteries. With the development of industry and technology, lithium batteries will drop to the current price of lead-acid batteries, and the solar-powered sightseeing vehicle industry will adopt new energy vehicles.