The present disclosure provides "unattended bi-directional vehicle charging". A computer may execute instructions for: receiving power receiving vehicle data identifying a power receiving vehicle; identifying one or more power supplying vehicles for providing charging to the power receiving vehicle; determining a ranking for each of the one or more power supplying vehicles based on the received power receiving vehicle data and data received from the identified one or more power supplying vehicles; upon selection of one of the one or more power-supplying vehicles, providing navigation instructions to navigate at least one of the power-receiving vehicle and the selected power-supplying vehicle to a charging position based on the power-receiving vehicle position and the selected power-supplying vehicle position; and transmitting access data to the power receiving vehicle to access a charging port of the selected power supply vehicle; sending a first light actuation instruction to the power supply vehicle based on the state of charge; and sending a second light actuation instruction to the power receiving vehicle based on the state of charge.
本公开提供“无人看管的双向车辆充电”。一种计算机可以执行用于进行以下操作的指令:接收识别电力接收车辆的电力接收车辆数据;识别用于向所述电力接收车辆提供充电的一个或多个电力供应车辆;基于所接收的电力接收车辆数据和从所识别的一个或多个电力供应车辆接收的数据,确定所述一个或多个电力供应车辆中的每一个的排名;在选择所述一个或多个电力供应车辆中的一个时,提供导航指令,以基于电力接收车辆位置和所选择的电力供应车辆位置将所述电力接收车辆和所选择的电力供应车辆中的至少一者导航到充电位置;以及向所述电力接收车辆发送访问数据,以访问所选择的电力供应车辆的充电端口;基于充电状态向所述电力供应车辆发送第一灯致动指令;以及基于所述充电状态向所述电力接收车辆发送第二灯致动指令。
UNMANNED BIDIRECTIONAL VEHICLE CHARGING
无人看管的双向车辆充电
2023-02-17
Patent
Electronic Resource
Chinese
IPC: | B60L PROPULSION OF ELECTRICALLY-PROPELLED VEHICLES , Antrieb von elektrisch angetriebenen Fahrzeugen |
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