Charging system based on robot

Abstract

A charging system based on a robot is used for automatically charging an electric car to be charged and comprises a robot which is connected with a power supply, and a charging management module which is connected with the electric car; the charging management module comprises a communication module, a control instruction output module and a charging mode transmitting module which are connected with the electric car; the position of the electric car and the battery information of the electric car are acquired through the communication module, the charging mode transmitting module generates a charging mode instruction according to the battery information, and the control instruction output module generates a charging target instruction and a charging target position instruction according to the battery information and the position of the electric car. After receiving the charging mode instruction, the charging target instruction and the charging target position instruction, the robot which is connected with the charging management module actuates a corresponding charging mode according to the charging mode instruction, sets the charging parameters according to the charging target instruction and automatically searches the electric car according to the charging target position instruction, so that the electric car can be automatically and intelligently charged.

Description

technical field [0001] The present invention relates to charging systems, and more particularly to an intelligent, automatic robot-based charging system. Background technique [0002] Due to the energy crisis and the impact of the greenhouse effect, the development of new energy and technology is becoming increasingly important. In the field of automobiles, the technology of electric vehicles has developed rapidly and is becoming more and more mature. The advantages of no exhaust, green, environmental protection and no noise determine the dominant position of electric vehicles in the future. Due to the limited capacity of batteries, charging stations for fast charging of electric vehicles must also be developed. [0003] There are mainly two types of charging stations for electric vehicles in the current solution. The first type is based on battery replacement, and the second type is based on power piles (columns). Since the manufacturers, models and health conditions of ...

AI Technical Summary

Problems solved by technology

Since the manufacturers, models and health status of different car batteries are different, this brings certain restrictions to the application of the first solution

The second method cannot realize automatic charging, which causes certain safety hazards to the staff. In rainy days or due to misoperation, it will cause electric shock accidents.

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