Series-connected wind power generation device based on moving vehicles

Abstract

The invention relates to a series-connected wind power generation device based on moving vehicles. The series-connected wind power generation device based on the moving vehicles comprises a bearing base, flow guide wind pipes, air amplifiers, impellers, electric generators and a control circuit. Both the flow guide wind pipes and the air amplifiers are mounted on the upper end face of the bearingbase through sliding grooves. The flow guide wind pipes and the air amplifiers jointly form one or more working sets, and each working set comprises two or more flow guide wind pipes and one or more air amplifiers. Both the impellers and the electric generators are embedded into corresponding flow guide wind pipes. The electric generators and the inner walls of the corresponding flow guide wind pipes are interconnected through locating frames. The control circuit is embedded into the lower end face of the bearing base and in electrical connection with the electric generators and a driving circuit of a vehicle correspondingly. On the one hand, the series-connected wind power generation device based on the moving vehicles can operate synchronously with various vehicles effectively, and universality and flexibility of the wind power generation device are improved greatly; and on the other hand, recycling can be conducted on high-speed airflow flowing through the surface of the vehicles inthe running process of the vehicles and effectively improved, operational energy consumption of the vehicles is lowered, and cruising ability of the vehicles is improved.

Description

Technical field [0001] The invention relates to a wind power generation device, specifically a series wind power generation device based on a mobile vehicle. Background technique [0002] At present, during the operation of various types of vehicles, a higher pressure of air drag is generated on the surface of the vehicle, and the generated air drag has a greater resistance, which can increase the energy consumption of the vehicle and affect the operation capacity of the vehicle, especially the endurance. The impact is huge. To this problem, there is currently no effective countermeasure. As the air resistance has a relatively large resistance, how to use the air resistance during the operation of the vehicle to generate electricity and feed it back to the vehicle power system. The problem of running air resistance, on the other hand, to increase the comprehensive recovery rate of air resistance resources has become one of the important means to reduce vehicle energy consumption ...

AI Technical Summary

Problems solved by technology

[0002] At present, during the operation of various vehicles, a relatively high-pressure air wind resistance will be generated on the surface of the vehicle, and the generated air wind resistance will have greater resistance, which will increase the energy consumption of the vehicle and affect the operating capacity of the vehicle, especially the battery life. The impact is huge. For this problem, there is currently no effective countermeasure. Due to the large resistance of the air wind resistance, how to use the air wind resistance during the operation of the vehicle to generate electricity and feed it back to the vehicle power system. On the one hand, it solves the problem of vehicle On the other hand, improving the comprehensive recovery rate of air resistance resources has become one of the important means to reduce vehicle energy consumption and improve vehicle operation capacity. Therefore, in view of this situation, it is urgent to develop a new vehicle-based operation system. Invented wind power generation device at the time to meet the needs of actual use

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