To answer this question, first of all, energy cannot simply be considered as a good produced and consumed. Instead, think about how people drive and behave, as well as the vagaries of wind and weather. Then, consider these factors to properly evaluate the energy generated by wind power and find the time and method to ultimately use it in cars. AP Photo/Charlie Riedel Wind farm silhouetted against the sunset near Montezuma, Kansas. Perhaps you have thought about the question above and come to a “no” conclusion. Well, to some extent you are right. Because there are indeed many variables in the use of wind energy. Perhaps one day in the future the vision above will become a reality (or it may never come true). The topic of wind energy to power cars is less about the relationship between supply anddemands that the way in which the social and cultural habits and ways of thinking of human beings will change as a result. From kilometers per liter of fuel consumption to kilometers per kilowatt hour, the importance is not as simple as replacing the fuel tank with a battery. This can lead to changes in driving habits, travel habits, and even work and interpersonal habits. Once people's traditional habits change, there will be a serious shortage of wind energy. Because by then, wind energy will become a necessary energy source for human production, but only wind power plants of considerable size can provide sufficient energy and use it rationally. Of course, this remains out of the question. Despite modern forecasting techniques, winds remain irregular, seasonal and sometimes stormy. “Three days of the moon, v"Childhood" is used to describe people's changing emotions, but the unpredictability of wind is even worse than that. But one day in the future, wind power may yet become one of the alternative energy sources, replacing traditional electricity generation from coal, natural gas and oil. Next, we will reveal to you why the wind cannot propel the car independently. But as an alternative energy source, it will undoubtedly be more environmentally friendly and energy efficient in the future.
The wind car uses the torsional rotation of the propeller blades to convert it into forward air thrust to push the car forward.
So you can install a small fan behind the small car, but make sure the fan is facing backwards, otherwise the car will roll backwards.
Let's take a look at wind-powered cars. This ismeans that the car can drive automatically depending on the wind direction, and the driver can also manually adjust the "sail" at the rear of the car through a special setup in the cockpit, thereby changing the driving direction of the car vehicle. Mainly using lithium batteries as a power source. It is worth mentioning that along the way it is mainly driven by wind and kites. Wind cars are mainly driven by wind and kites. This racing-style convertible has a carbon fiber body and bicycle tires. Even with the battery installed, the total weight is only around 204 kilograms. Without the battery, the body weighs only 82 kg. kilograms, which is much lighter than ordinary cars, and the speed can reach more than 88 kilometers per hour.
How it works: Its main energy comes from lith batteriesium, which are charged at night using a portable wind turbine, but sometimes a kite similar to a towing parachute is used. Although this new car cannot yet be put into operation immediately, but I hope it will develop rapidly in the next 10 years.
Due to intermittent winds, these vehicles sometimes need to recharge their lithium batteries at campgrounds or laundromats. According to statistics, during the total journey of about 5,000 kilometers, they traveled 2,414 kilometers by relying on wind power, 482 kilometers by relying on kite pulling, and 2,092 kilometers by relying on battery power.
This unusual wind car can reach 2.86 times the wind speed in the downwind test. This rather confusing car design has caused a stir in Internet forums and universities.