Charging pile communication system

Abstract

The invention discloses a charging pile communication system. The charging pile communication system comprises a remote server, a primary charging pile and secondary charging piles, wherein the primary charging pile comprises a remote communication module and a wireless Internet of things module; the primary charging pile is connected with the remote server through the remote communication module;the secondary charging piles are searched and connected through the wireless Internet of things module; the secondary charging piles are used for uploading charging request data to the primary charging pile; and the primary charging pile is used for acquiring and transmitting the charging request data to the remote server. Through adoption of the charging pile communication system, interaction ofthe primary charging pile with the server is realized in a remote communication manner; collection of data of the secondary charging piles is realized through near Internet of things; the building cost can be lowered; the benefit is increased; and the improvement space is enlarged.

Description

technical field [0001] The invention relates to the technical field of the Internet of Things, in particular to a charging pile communication system. Background technique [0002] Electric vehicles have broad application prospects as new energy driving tools, and charging piles as auxiliary electric vehicles are also developing at the same time. The structure related to charging functions contained in charging piles is the current technology, while the part of charging piles that exchanges data with the outside is Still in the process of continuous improvement, such as the integration of APP and other technologies to achieve fast scheduling of charging and other functions that require data interaction, the existing communication methods include: 1. Charging piles are equipped with remote wireless network units (higher cost); 2. Wired communication for data interaction (long construction period, high cost); 3. Offline (not conducive to increasing service capabilities, limited...

AI Technical Summary

Problems solved by technology

[0002] Electric vehicles have broad application prospects as new energy driving tools, and charging piles as auxiliary electric vehicles are also developing at the same time. The structure related to charging functions contained in charging piles is the current technology, while the part of charging piles that exchanges data with the outside is Still in the process of continuous improvement, such as the integration of APP and other technologies to achieve fast scheduling of charging and other functions that require data interaction, the existing communication methods include: 1. Charging piles are equipped with remote wireless network units (higher cost); 2. Wired communication for data interaction (long construction period, high cost); 3. Offline (not conducive to increasing service capabilities, limited application range)

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