Intelligent battery charging pile

Abstract

An intelligent battery charging pile comprises a core module and a host management system. The core module is in data communication with the host management system. A payment module, an equipment self-checking module, an Internet Of Things module, a charging interface module, a display module, a video monitoring module, a hot spot module and an air monitoring module are connected to the core module. The payment module at least comprises a coin inserting module, an RFID / NFC card reading module and a mobile phone code scanning payment module. The mobile phone code scanning payment module is connected with a payment platform through the core module. The Internet Of Things module at least comprises a positioning module. The positioning module reports the current position information of the equipment to the host management system through the core module. According to the intelligent battery charging pile, charging devices in cities can be maintained and managed more effectively and orderly, and meanwhile, arranging of the charging devices is safer, so that the damage rate and the theft rate of the charging devices are decreased.

Description

technical field [0001] The invention relates to the field of charging equipment for urban electric vehicles, in particular to an intelligent battery charging pile. Background technique [0002] With the development of modern battery technology and powertrain technology, electric vehicles and electric mopeds will become more popular. For electric vehicles and electric mopeds, charging devices such as charging piles and convenient charging boxes in cities are essential. Few, the most popular existing charging device is the coin-operated charging box of electric mopeds. This coin-operated charging box only has charging functions, but it is all over the streets and alleys of the city. For such a wide distribution of coin-operated charging boxes However, there is no information exchange function. A single device is an isolated island of information, and the operating status of the device cannot be obtained in real time. Once installed, there is no effective supervision and mainte...

AI Technical Summary

Problems solved by technology

[0002] With the development of modern battery technology and powertrain technology, electric vehicles and electric mopeds will become more popular. For electric vehicles and electric mopeds, charging devices such as charging piles and convenient charging boxes in cities are essential. Few, the most popular of the existing charging devices is the coin-operated charging box of the electric moped. This coin-operated charging box only has the charging function, but it is all over the streets and alleys of the city. However, there is no information exchange function. A single device is an information island, and it is impossible to obtain the operating status of the device in real time. Vandalism, cash box theft, power supply theft and a series of sabotage issues, and such incidents are often difficult to trace

At the same time, the traditional coin-operating method still has some disadvantages. The first coin is inconvenient to recycle; the second car owner may not carry change with him, which makes payment inconvenient.

At the same time, this kind of information island-style charging equipment also wastes a lot of public media resources in the city. Obviously, the existing charging devices can no longer meet the country's requirements for smart cities, nor can they meet the needs of modern urban life.

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