In the era of smart travel,with the growth of green travel and consumer demand,shared scooters equipped with more intelligent technology
and high-precision positioning are an unstoppable trend worldwide.
The reason why shared scooters can achieve intelligent travel is mainly through the installation of the most intelligent scooter IoT.Through
the operation of scooter IoT,the scooter controller is connected to monitor the scooter in real-time and incorporate features suitable for shared
or rental projects,thereby ensuring stable user experience in easy access,riding,and returning of scooters.
The smart IoT device designed by OMNI IoT for scooters can interact with the scooter's Electronic Control Unit(ECU),enabling functions
such as vehicle interconnection,remote control,real-time positioning,and 4G Cat.1 network communication.The IoT device for urban mobility
solutions contains a high-precision positioning chip,which is interference-resistant,has low latency,and high accuracy,resulting in more precise
positioning and a better user experience in borrowing and returning scooters.
Standardized return
At the same time,the IoT device also supports various standardized parking functions.This function uses high-precision cameras and
AI visual recognition technology to accurately identify the user's return behavior.When the user completes the ride,the camera on the scooter will automatically recognize the surrounding environment to determine if the scooter is within the return station and if the scooter's orientation is
perpendicular to the road before allowing successful return.Additionally,the IoT device integrates parking beacons and RFID fixed-point parking
technology to further standardize user parking behavior.Combined with high-precision positioning and virtual geo-fence,precise scooter parking is achieved,aiding operators in more efficient operations and maintenance.
Remote control
Furthermore,users can remotely control the scooter through the electric scooter app.When users need to use the scooter,they can reserve
the vehicle in advance via the electric scooter app.After successful reservation,users can quickly find the scooter based on the recommended
navigation route.
Speed limit
To prohibit users from speeding,operators can also set speed limits in the background.When users approach the set threshold,the scooter
will emit a voice reminder,advising users to slow down,thus keeping users within a safe speed range and effectively reducing the occurrence
of accidents caused by speeding.
Anti-theft alarm
The Scooter IoT also has anti-theft functionality.When the scooter detects human touch or movement while in a locked state,it will emit an
alarm sound to warn the user.Simultaneously,the server backend will receive real-time alarm information to notify the operator to check.
Additionally,the IoT device supports WiFi positioning,which can determine the scooter's location in places such as basements or areas where
GPS signals are weak,reducing the risk of scooter theft.
Battery management
The BMS intelligent battery management system can collect battery information in real-time,monitor battery health,and users can view
battery levels and remaining riding distance in real-time on the electric scooter app to prevent insufficient battery levels.Operators can also
promptly replace scooter batteries.Additionally,the system can protect the battery from high temperature,overcurrent,overcharge,and over-discharge,prolonging battery life and ensuring charging safety.Shared scooters will lead the micro-mobility travel boom.