High-Precision GNSS:Revolutionizing Rental E-bike Positioning
In the rental e-bike industry,growing market demand and continuous technological advancements have led to the evolution of GNSS positioning technologies such as Beidou and GPS.Positioning accuracy has been steadily improving,and the range of application scenarios has expanded.The need for positioning in rental e-bikes has gone beyond rough tracking;high-precision positioning is now required to enhance user experience,improve operational efficiency,and address market challenges.
The Need for High-Precision Positioning in Rental E-bikes
Traditional GPS or Beidou positioning modules,when applied in the rental e-bike industry,often only achieve meter-level accuracy due to errors from the satellite,transmission,and user ends.This level of accuracy is insufficient for scenarios requiring precise parking,preventing random parking,and intelligent dispatching.In the rental e-bike industry,government requirements for outdoor positioning accuracy are becoming stricter,demanding sub-meter,decimeter,or even centimeter-level precision.This is because,in busy urban environments with tall buildings,congested roads,and dense vehicle traffic,accurate positioning can help users locate vehicles more quickly and enable operators to better understand vehicle distribution,optimize dispatching,and enhance operational efficiency.
OMNI IoT's Multi-Frequency E-bike GPS Tracker:Enhancing Accuracy for Rental E-bikes
To meet the rental e-bike industry's demand for positioning accuracy,the OMNI IoT Intelligent Multi-Frequency Positioning E-bike GPS Tracker has emerged.It supports multiple positioning modes,including dual-mode single-frequency single-point,dual-mode dual-frequency single-point,and dual-mode dual-frequency RTK positioning technology,with maximum accuracy reaching sub-meter level.This addresses various market issues caused by inaccurate positioning of shared e-bikes.