Unattended operation bicycle networking parking system

The utility model relates to an unattended operation bicycle networking parking system which is capable of supporting one-card pay. The parking system comprises a central control unit, an operation unit and a print unit, a station control unit, multiple carport control units, multiple parking units and a website service station unit, wherein the central control unit, the operation unit and the print unit are arranged in the control center, the station control unit, the multiple carport control units and the multiple parking units are arranged in a bicycle parking-and-taking services site, and the multiple parking units are connected with the multiple carport control units, and the website service station unit is connected with the central control unit through network communication. Signal connection can be carried out by the operation unit and the print unit with the central control unit through wired connection or wireless connection. The station control unit is connected with the central control unit through the network communication and used for collecting and processing station information and sending the station information to the central control unit. The station control unit is connected with the multiple carport control units. Each carport control unit is connected with the multiple parking units. The parking units comprise carport electronic locks. The carport control units are used for controlling switches and state detection of the carport electronic locks through signal control.