Charging management system for charging pile

Abstract

The invention discloses a charging management system for a charging pile, which comprises a management cloud platform and at least one charging unit, and is characterized in that each charging unit comprises a payment device, a charging gateway and a plurality of charging sockets, and the payment device and the charging gateway are in bidirectional communication with the management cloud platform through respective RTU modules; the charging gateway and the charging socket are cascaded through a network cable; the to-be-updated data is stored on the management cloud platform, and when updating is needed, the to-be-updated data is remotely acquired from the cloud platform through the RTU module, so that remote updating is realized, and the after-sales cost is reduced. Voice packets are stored in the cloud platform, flexible personalized customization can be achieved, market requirements are met, user experience is improved, updating data of controllers in the charging gateway and the charging socket are also stored in the cloud and can be remotely obtained and updated, communication and power supply between the charging gateway and the charging socket are transmitted through one network cable, and the charging gateway and the charging socket are convenient to use. The cable arrangement and construction difficulty are simplified, the failure rate is reduced, and the charging socket is simplified.

Description

technical field [0001] The invention belongs to the technical field of charging, and in particular relates to a charging management system for a charging pile. Background technique [0002] At present, the common electric vehicle charging equipment on the market, especially the two-wheeled vehicle charging pile, is divided into a gateway and a socket in hardware. A card swiping module is set on the socket. Users need to swipe the card on the socket. It makes it particularly inconvenient to swipe the card, and the communication and power supply lines need to be deployed separately between the gateway and the socket, which increases the construction complexity and fault points, and after the charging pile is put into operation, if the charging socket and the charging gateway use After the MCU program has bugs or new functions are released, offline programming is required, and after-sales must be checked and operated on site, resulting in high after-sales costs. Moreover, the ...

AI Technical Summary

Problems solved by technology

[0002] At present, the common electric vehicle charging equipment on the market, especially the two-wheeler charging pile, is divided into a gateway and a socket in terms of hardware. The socket is equipped with a card swiping module. It is particularly inconvenient to swipe the card, and the communication and power supply lines need to be deployed separately between the gateway and the socket, which increases the construction complexity and the fault point. After a bug occurs in the MCU program or a new function is released, it needs to be burned offline, and after-sales must be checked and operated on site, resulting in high after-sales costs

Moreover, the voice modules used in charging piles also use single-burn voice chips, which cannot be replaced, and need to be customized in small batches, further increasing the cost

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