Electric vehicle intelligent charging shed and method

Abstract

The invention relates to an electric vehicle intelligent charging shed, and the charging shed comprises bearing columns, positioning plates, a top plate, charging piles, charging parking spaces, a monitoring protection device, a fire extinguishing mechanism and a driving circuit, wherein the upper end faces of the bearing columns are connected with the top plate, the positioning plates are embedded between every two adjacent bearing columns, the charging piles are embedded in the positioning plates, and the two charging parking spaces form a working group; the lower end face of the top plate corresponding to each charging unit is provided with a monitoring protection device and at least two fire extinguishing mechanisms, and the driving circuit is embedded in the outer surface of one of the positioning plates. The charging method comprises four steps of equipment prefabrication, charging operation, parking space management and fire-fighting management. On the one hand, the vehicle parking position can be flexibly adjusted according to actual vehicle parking and charging operation requirements; on the other hand, in the vehicle charging process, the charging operator identity, the vehicle information, the vehicle position, the charging environment, the fire hazard and other factors can be effectively and comprehensively monitored.

Description

technical field [0001] The invention relates to a carport for parking and charging electric vehicles, in particular to an intelligent charging carport for electric vehicles and a charging method. Background technique [0002] At present, the carport is an important facility for the storage and charging of electric vehicles. It is used in a huge amount. All personnel lack comprehensive real-time monitoring, which leads to vehicle damage, theft and power theft when the vehicle is parked and charged. At the same time, it is also impossible to detect fire hazards in a timely and effective manner and to conduct safe and effective monitoring of the fire point in time when a fire occurs. extinguish the fire, and cool down the surrounding environment of the fire point, prevent the fire from spreading and eliminate the incidental damage caused by high temperature to surrounding vehicles and equipment, resulting in relatively poor safety of the current carport facilities when parking ...

AI Technical Summary

Problems solved by technology

[0002] At present, the carport is an important facility for the storage and charging of electric vehicles. It is used in a huge amount. All personnel lack comprehensive real-time monitoring, which leads to vehicle damage, theft and power theft when the vehicle is parked and charged. At the same time, it is also impossible to detect fire hazards in a timely and effective manner and to conduct safe and effective monitoring of the fire point in time when a fire occurs. extinguish the fire, and cool down the surrounding environment of the fire point, prevent the fire from spreading and eliminate the incidental damage caused by high temperature to surrounding vehicles and equipment, resulting in relatively poor safety of the current carport facilities when parking and charging electric vehicles; On the other hand, during the charging operation and vehicle parking, the current carport cannot flexibly adjust the position of the vehicle, resulting in some charging positions being blocked by parked vehicles and unable to provide charging and parking services for subsequent vehicles, resulting in the current carport. Insufficient coordination of parking and charging management can easily lead to the defect that charging equipment cannot provide charging services due to vehicle blocking, which affects the flexibility and reliability of charging operations, and also causes waste of charging equipment resources

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