Charging system, vehicle charging optimization method and device based on charging pile

Abstract

This application discloses a charging system, a vehicle charging optimization method based on charging piles, and an apparatus for vehicle charging control technology. The charging system includes a cloud device, a vehicle, and a charging pile. The cloud device is connected to the vehicle. The vehicle is connected to the charging pile, and the vehicle charges through the charging pile. The vehicle reports vehicle-side charging data and charging pile-side charging data to the cloud device. Based on the vehicle-side and charging pile-side charging data, the cloud device identifies charging faults during the charging process and obtains fault information. Based on the charging optimization strategy corresponding to the fault type and the fault content, the cloud device determines charging optimization information. The cloud device sends the charging optimization information to the vehicle. The vehicle receives and executes the charging optimization method according to the charging optimization information. This allows for specific analysis of the vehicle's charging status and the charging pile's power supply status, effectively identifying and optimizing existing charging faults.

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