Electromagnetic charging magnetic rail of mobile electromagnetic charging station

Abstract

The invention relates to an electromagnetic charging magnetic rail of a mobile electromagnetic charging station. The electromagnetic charging magnetic rail comprises an electromagnetic charging winding, an electromagnetic charging magnetizer, presser feet, pressing plates, clamping and pressing bolts and magnetic rails and the like. The electromagnetic charging winding as a main component is similar to a primary winding of a transformer and is installed on the electromagnetic charging magnetizer that is connected with the magnetic rails. Because the magnetic rails, which are long, have electromagnetism by introduction and can carry out multiphase operation, a charging magnetizer can be operated for a long time. A charging coil generates secondary currents that are sent to a charging device, so that an electric vehicle that is charged by electromagnetic charging can be driven and charged simultaneously during the vehicle moving process. Therefore, problems that electric power storage and continuous moving capabilities of the present electric vehicle are poor can be solved, thereby ensuring reliable operation of the electric vehicle and improving the practicability and commercial value of the electric vehicle.

Description

technical field [0001] The invention relates to a charging device for electric vehicles, which is a magnetic charging and guiding rail of a mobile electromagnetic charging station. The electromagnetic charging electric vehicle directly converts electric energy into electromagnetic energy to electromagnetically charge the electric vehicle when it is running or parking. It is suitable for installation on or above various road surfaces or parking spaces. Background technique [0002] At present, there is no such type of magnetic charging rail for mobile electromagnetic charging stations. The existing silicon steel sheets are simply laminated materials that cannot be used in the harsh working environments of roads and parking lots. The problem of insufficient driving ability is the contradiction between charging, storage and reliable operation of electric vehicles. Insufficient power storage and driving capacity have seriously affected the practical value and commercial value o...

AI Technical Summary

Problems solved by technology

[0003] The purpose of the present invention is to provide a mobile electromagnetic charging station magnetic charging guide rail, which is mainly a mobile electromagnetic charging scheme for the integrated implementation of electromagnetic charging electric vehicles invented by the inventor, and is to be used in electromagnetic charging electric vehicles. During the operation, the electric energy is directly converted into electromagnetic energy to carry out electromagnetic charging on the electric vehicle, so as to solve the problem of insufficient power storage and continuous driving ability of the existing electric vehicle, so that the reliable operation of the electric vehicle is guaranteed, and the practical value and commercial value of the electric vehicle are improved. value and can be used in harsh working conditions on roads and parking lots

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