Novel intelligent recharging socket for electrocar

Abstract

The invention discloses a novel intelligent recharging socket for an electrocar. The novel intelligent recharging socket for the electrocar is majorly composed of a controlled socket body, an electric energy measuring system, an intelligent master control system, an authorizing system and a built-in power supply system. The controlled socket body is connected with the intelligent master control system which is connected with the electric energy measuring system and the authorizing system. The built-in power supply system is connected with the intelligent master control system, the authorizing system, the electric energy measuring system, the controlled socket body and a power supply. The electric energy measuring system is connected with the power supply. The controlled socket body is connected with a recharging device. The authorizing system is provided with a key authorizing module, a coin inserting authorizing module, a mobile phone communication module and a network communication authorizing module. According to the novel intelligent recharging socket for the electrocar, the problem that the service life of a storage battery of the electrocar is shortened due to over-charging of the storage battery is solved; the recharging process is accurately controlled; and market-oriented operation conditions are provided for recharging of the electrocar, and the obvious energy-saving effect is achieved.

Description

technical field [0001] The invention relates to the technical field of smart electrical appliances, in particular to a novel smart electric vehicle charging socket. Background technique [0002] With the popularity and development of electric vehicles, the original charging facilities can no longer meet the diverse charging needs of electric vehicles. In recent years, there have been many fire accidents caused by the charging of generator cars across the country. Most of them were caused by unauthorized connection of wires, overloading of sockets, and long-term overcharging of batteries. At present, the main charging devices for electric vehicles are as follows: (1) ordinary socket: no charging current overload protection, no charging time protection, great safety hazard; (2) coin (swipe card) socket: only charging time limit (such as coin 1 yuan for charging for 2 hours), there is no charging current overload protection, or the charging current protection device is simple,...

AI Technical Summary

Problems solved by technology

At present, the main charging devices for electric vehicles are as follows: (1) ordinary socket: no charging current overload protection, no charging time protection, great safety hazard; (2) coin (swipe card) socket: only charging time limit (such as coin 1 yuan charging for 2 hours), there is no charging current overload protection, or the charging current protection device is simple, and cannot accurately identify overcharging, floating charging and automatically complete charging control during the charging process

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