RFID (Radio Frequency Identification) technology plays a crucial role in shared electric bike management, primarily through the coordinated operation of electronic tags, readers, and backend systems, enabling functions such as vehicle identification, precise parking, and anti-theft tracking

1. Precision Parking Management

Directional parking: By pre-installing RFID tags in the parking area and integrating them with readers on the vehicle's pedal, the system can detect whether the vehicle is parked in the designated space and verify if the front orientation meets the preset angle, ensuring neat and orderly parking

Electronic Fence: Shared electric scooters must be parked within the RFID sensing area to return, preventing disorderly parking and reducing maintenance costs

2. Vehicle Identification and Anti-Theft

Unique Identity Binding: Each shared electric vehicle is equipped with a unique RFID tag linked to the owner's information, enabling precise vehicle management

Real-time tracking: If a vehicle is illegally moved or driven out of the electronic fence, the system automatically alerts and tracks its location, enhancing theft prevention efficiency

3. Battery and Safety Management

Battery Regulation: RFID tags record battery production information, charge-discharge cycles, etc., to prevent battery theft and tampering, while also monitoring abnormal conditions (such as excessively low battery levels)

Data Encryption: The tag information is encrypted to prevent forgery and ensure data security

4. Summary of Advantages

High-Efficiency Recognition: Enables remote reading without stopping, suitable for complex environments such as rainy or dirty conditions

Automated Management: Reduce manual intervention and enhance management efficiency, such as logistics companies optimizing vehicle dispatch through RFID

With RFID technology, the management of shared electric bikes has shifted from a rough to an intelligent approach, enhancing user experience while supporting urban traffic governance