According to an article on technology blog Gizmodo, the traffic turbines pictured can convert wind energy into electricity. As we all know, the top of the car will be constantly blown by the wind while driving. So if four of these small transportation turbines were mounted on top of an electric car capable of a minimum speed of 25 miles per hour, the electricity they would produce would be enough to support the energy consumption required for driving. This turbine will be available later this year and is available in a 25-watt simple version and a 1,000-watt industrial version. The 1,000-watt turbine can ensure that electric vehicles are always fully charged. The extra power generated can also be used by on-board electronics, such as wireless hotspots. Furthermore, one of the great advantages of this turbine is that its performance is virtually unaffected by adverse weather conditions.
Yes. According to the speed it can provide, the generator should be modified so that it can provide at least 12V or 6V electricity at this low speed. Regardless of power, this is completely achievable. Vehicles can only generate electricity when there is wind. The first is when driving, and the second is when there is strong wind. Using wind power to generate electricity while driving not only increases the driving resistance of the car, but also wastes fuel consumption. It is far inferior to using the car directly. It is more inconvenient to use a generator to generate electricity. The second type is driven by strong wind to generate electricity.