WIRELESS CHARGING TROLLEY WITH VEHICLE-PILE COLLABORATION

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Abstract

Most of the built carts will use a combination of lithium batteries, but the types of lithium battery connectors are cumbersome and their charging time is too long. In this project, a Faraday capacitor is used instead of the car's power source to store power in a wireless charging mode, by providing DC power to the transmitter coil along the road to induce a certain voltage to the secondary coil carried by the car to achieve the effect of storing power for the Faraday capacitor. A camera module openmv in the centre of the track captures images and uses a target detection algorithm to intelligently identify the position of the car to control the activation and deactivation of the coils to improve efficiency.
车桩协同无线充电小车
大多数已建成的车将使用锂电池组合,但锂电池连接器的类型很麻烦,而且充电时间太长。本项目采用无线充电方式,使用法拉第电容代替汽车的电源存储电能,通过向道路上的发射线圈提供直流电源,使汽车携带的二次线圈产生一定的电压,达到法拉第电容存储电能的效果。轨道中心的摄像头模块openmv捕获图像,并使用目标检测算法智能识别车辆位置,控制线圈的激活和停用,以提高效率。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
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