The invention relates to the technical field of charging pile networks, and discloses a charging pile network redundancy system based on 4G and mesh. The 4G communication module is responsible for data communication between the charging pile and a remote server and ensures that the charging pile can upload charging data and receive a remote instruction in real time; and the Mesh network communication module realizes wireless interconnection between the charging piles, forms a mesh network, and can communicate with other charging piles through the mesh network when 4G communication of a certain charging pile fails, so as to ensure data transmission and instruction execution. The invention provides a charging pile network redundancy system based on 4G and mesh, and solves the problem that equipment cannot be networked for use when mesh of single equipment goes wrong due to the fact that the equipment is not additionally provided with a network redundancy design.
本发明涉及充电桩网络技术领域,且公开了一种基于4G和mesh的充电桩网络冗余系统,包括;4G通信模块:负责充电桩与远程服务器之间的数据通信,确保充电桩能够实时上传充电数据和接收远程指令;Mesh网络通信模块:实现充电桩之间的无线互联,形成mesh网络,当某个充电桩的4G通信出现故障时,可以通过mesh网络与其他充电桩进行通信,确保数据的传输和指令的执行。本发明提出了一种基于4G和mesh的充电桩网络冗余系统,解决了设备未添加网络冗余设计,当单台设备的mesh出现问题,会导致该设备无法联网使用的问题。
Charging pile network redundancy system based on 4G and mesh
一种基于4G和mesh的充电桩网络冗余系统
2025-02-18
Patent
Electronic Resource
Chinese
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