The principle of aerodynamic cars:
The current aerodynamic car concept mainly focuses on using compressed air (or other gases) to propel the vehicle forward, and its working principle is also very simple. First, the gas is compressed into the gas storage tank with great pressure; then, according to the speed required for the vehicle to travel, the gas in the gas storage tank is released through the controllable valve module, pushing the pneumatic motor to rotate, and then pushing the vehicle.
Introduction:
Aerodynamic cars use a pneumatic engine to drive the car by converting the pressure energy of high-pressure gas into mechanical energy. Compared with traditional internal combustion engines, pneumatic engines do not have high-temperature and high-pressure gas combustion processes in the cylinder, and only achieve power output through simple gas expansion. Therefore, there is no need for a complex cooling system, and the body can also be used with lower strength. , lightweight materials and simple structure, so the structure is simple, small in size, light in weight and low in cost.
Advantages:
The advantages of aerodynamic vehicles are similar to those of solar vehicles. They can achieve an absolute "zero emission" state, which is beyond the reach of all current new energy vehicles. In addition, the operating noise of aerodynamic vehicles can be controlled within a reasonable range, unlike fuel vehicles that emit loud noises. It also has another advantage that I have to mention, that is, the cost of the pneumatic device is not high, the operating cost is relatively low, and it is suitable as a daily transportation vehicle. When using aerodynamic vehicles, there is no need to take into account weather and other influences like solar vehicles.