A method for parking and charging a single vehicle includes: receiving, by a control center of a stop area network, information about stops from a bicycle user, the information including stops at which a vehicle is parked/charged along a planned route thereof if necessary, and optional parking/charging terminals equipped with electrical connectors and locks; inputting user data to confirm the identity of the user and enable the user to use specified stop service; communication is established between the user and the control unit of the stop; according to an instruction of a parking station operator, a single vehicle is mechanically fixed and forbidden at a specified parking space through a lock; mating an electrical connector of the electric vehicle battery with a connector of a parking/charging terminal of the parking station; charging the battery and storing the electric vehicle; the information related to the execution action is transmitted to a stop control unit connected with the control center, and the stop control unit checks the execution of an instruction from a stop operator, the butt joint state of an electric connector and a lock and the charging condition of a battery; and carrying out operability test, power consumption parameter measurement, charging fee calculation, parking terminal reservation time control, connected rental vehicle reservation time control and vehicle time control connected with the parking terminal or connected to the parking terminal on the electric vehicle parked at the parking station. The renting amount used by the parking terminal of the parking station, the data and information related to the occupied parking station and the operation mode of the parking terminal are transmitted to a control center; providing settlement between the user and the parking operator; and locking the vehicle for fixing the parking terminal, and unlocking the vehicle so that the user can use the vehicle. Some functions of the control unit and the information unit can be performed by a user's mobile electronic device and/or a control center of the stop area network using suitable software. In this process, interaction between the user and the central area system of the parking station is ensured in the form of open dialogues.
一种单个车量停车充电方法,由停车站区域网络的控制中心接收来自单车用户有关停靠点的信息,这些信息包括必要时沿其计划路线进行车辆停车/充电的停靠点,以及可选择的配有电连接器和锁的停车/充电终端;输入用户数据,使其身份确认并能够使用指定的停车站服务;用户和该停车站的控制单元之间建立通信;根据停车站运营商的指令,在指定的停车位通过锁将单个车辆进行机械固定和禁用;使电动车辆电池的电连接器与停车站的停车/充电终端的连接器匹配;对电池充电并存放电动车辆;将执行动作有关的信息传递到与上述控制中心相连的停车站控制单元,其中,停车站控制单元检查来自停车站运营商的指令的执行、电连接器和锁的对接状态、电池充电情况,和对停放在停车站的电动车辆进行可操作性测试、功耗参数测量、充电费计算、停车终端预订时间控制、相连租赁车辆预订时间控制、与停车终端相连或连接到停车终端相连的车辆时间控制,以及将停车站停车终端使用的租金额、有关上述占用停车站的数据和信息、停车终端的操作方式传递到控制中心;提供用户和停车运营商之间的结算;以及上锁固定停车终端的车辆、解锁车辆以便用户使用车辆。控制单元和信息单元的一些功能能够通过用户的移动电子设备和/或停车站区域网络的控制中心使用合适的软件来执行。在此过程中,以开放对话形式确保用户和停车站的中心区域系统之间的交互。
Vehicle parking charging method
一种车辆停车充电的方法
2022-08-05
Patent
Electronic Resource
Chinese
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