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Design and Research of an Automatic Charging System for Electric Vehicles

机译:电动汽车自动充电系统的设计与研究

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An automatic charging system is designed to connect the charging pile and the electric vehicle in this paper. The system includes three subsystems: the charging hole positioning subsystem, the automatic charging execution subsystem, the communication / control subsystem. After receiving the charging command, the system can select the nearest idle charging pile, move the charging gun according to the path, find and locate the charging hole of the vehicle, so as to realize automatic charging. After charging, the charging gun can be put back in place according to the path and wait for the next charging command. The system adopts the combination of approximate positioning and precise positioning, and the combination of overall movement and precise control. It can not only make multiple electric vehicles share charging piles, but multiple charging piles share the automatic charging system. In addition, compared with the mobile robot moving in any direction, the cost is greatly reduced.
机译:本文设计了一种自动充电系统来连接充电桩和电动汽车。该系统包括三个子系统:充电孔定位子系统,自动充电执行子系统,通信/控制子系统。系统收到充电指令后,可以选择最近的空转充电桩,根据路径移动充电枪,找到并确定车辆的充电孔,从而实现自动充电。充电后,可以根据路径将充电枪放回原处,并等待下一个充电命令。该系统采用近似定位与精确定位相结合,以及整体运动与精确控制相结合的方式。它不仅可以使多个电动汽车共享充电桩,而且可以使多个充电桩共享自动充电系统。另外,与沿任何方向移动的移动机器人相比,成本大大降低。

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