Three-path electric bicycle sharing power supply pile system

Abstract

The invention discloses a three-path electric bicycle sharing power supply pile system. The system comprises a LoRa Internet of Things base station, public network cloud and multiple power supply piles. Each power supply pile comprises a case, a control module, a LoRa module, a Bluetooth connection module, an electric charge metering module, relays, a guide rail type air switch, a guide rail type electric meter and guide rail type sockets. A two-dimensional code representing the ID of the corresponding power supply pile is printed on a shell of each case, the guide rail type air switches, the guide rail type electric meters and the guide rail type sockets are all installed on guide rails fixed into the cases, the guide rail type air switches and the guide rail type electric meters are arranged on input circuits of the power supply piles, three output circuits are arranged in each power supply pile, and each output circuit is provided with one relay and one guide rail type socket. Each power supply pile is provided with three sockets, the usual charging use requirements of civil rental properties can be met, and charging of electric bicycles is guaranteed when connecting lines of chargers carried by users are short.

Description

technical field [0001] The invention relates to the field of power supply piles, and more specifically, to a three-way electric bicycle sharing power supply pile system. Background technique [0002] Nowadays, more and more people travel by battery car, but due to the limited capacity of the battery, it is inconvenient to unload the battery and take it home to charge. At present, the traditional coin-operated power supply piles are mostly used in the market. The traditional coin-operated power supply piles have the disadvantages of coin consumption, that is, the coins are inconvenient to carry, the consumption is not complete, and the silver coins are manually recycled. Moreover, the billing mode of the coin-operated power supply pile can be classified as a timing mode. For example, one yuan can supply power for three to four hours. Although this billing mode is simple and clear, there are obvious shortcomings: for example For different models of electric bicycles, the char...

AI Technical Summary

Problems solved by technology

[0004] The purpose of the present invention is to solve the problems of poor signal, high cost, and large amount of maintenance in the existing electric bicycle power supply piles that can realize WeChat or Alipay payment using independent GPRS or independent Ethernet communication methods, and provide a low-cost , Low power consumption realizes the communication function of electric bicycle power supply piles and covers a wide distance three-way electric bicycle sharing power supply pile system

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