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Improving the Positioning Performance of Shared Electric Scooters with GNSS Technology

Plate type: Blog
Time: 2023.07.17
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Description - This article explores the integration of GNSS technology (Global Navigation Satellite System), in order to improve their performance. The article highlights the difficulties faced by operators when tracking and locating scooters and examines the benefits offered by GNSS modules. GNSS technology is a valuable and advanced tool. Mainly, it offers improved accuracy, real time tracking, global coverage and a better user experience.

 

The article focus on the importance of seamless implementation and integration of GNSS Module for electric scooters in order to optimize fleet management operations, and to cater to the growing demand for electric scooters shared by urban residents.


Due to their eco-friendly and convenient nature, shared electric scooters are becoming a popular form of transport in urban areas. Operators face a number of challenges, including accurately tracking and locating the scooters in real time. In order to address this problem, the integration of Global Navigation Satellite System technology (GNSS) has emerged as a viable solution. This article examines the advantages of GNSS Module for electric scooters, and how they can improve their positioning performance.

 

Understanding GNSS Technology

GNSS is a constellation that provides positioning, navigation and timing services (PNT) worldwide. The Global Positioning System is the most popular GNSS, but other systems like GLONASS and BeiDou are also available. GNSS technology uses signals from multiple satellites in order to determine a device's location accurately. Operators can improve their positioning abilities by integrating a GNSS into electric scooters.

 

The Challenges of Positioning Shared Electric Scooters

Electric scooters that are shared by multiple people move constantly, so it is important to track them in real time. The traditional positioning methods, such as Wi-Fi or cellular tracking, can be unreliable and inaccurate in urban areas with high buildings and blocked satellite signals. These challenges can result in inaccurate positioning, poor fleet management and higher operational costs.

 

GNSS Modules for Electric Scooters

GNSS provides high accuracy positioning, with margins of error usually within a few metres. By integrating GNSS into electric scooters operators can track the exact location of each scooter, making it easier for users to find them and assign them efficiently.

 

Real-time Tracking

GNSS Modules enable operators to track their electric scooters in real-time, allowing them to continuously monitor their fleet. This feature increases operational efficiency as it allows operators to quickly identify and resolve issues, such as theft of scooters, battery levels and maintenance needs.

 

Coverage Increased

GNSS provides global coverage. This allows electric scooters with GNSS modules equipped to be tracked and accurately located anywhere in the globe. This feature is especially beneficial for scooter sharing companies that operate in multiple cities, or even different countries.

 

Better User Experience

The accuracy of the positioning provided by GNSS enhances the experience of scooter riders. Locating scooters is easy, saving time. The accurate positioning of the scooters ensures that riders will be guided to their destinations accurately, thereby improving customer satisfaction.

 

Integrating and Implementing

In order to integrate GNSS Module for electric scooters, you will need both the hardware and software. The GNSS should be small, lightweight and energy-efficient in order to have minimal impact on scooter performance. The software interface must be easy to use and integrate seamlessly with existing fleet management system.

 

Improved Safety Measures

Integrating GNSS into electric scooters may also improve safety. Geofencing is possible with accurate positioning, which allows operators to define virtual boundaries for scooters. This prevents scooters from being operated in areas that are restricted, such as highways or pedestrian-only zones. Operators can also set up alerts and notifications to notify them when scooters depart from designated areas. This allows them to act immediately.

 

Efficient Fleet Management

Using GNSS, scooter fleets can be efficiently managed. Operators can monitor scooter availability and status in real time with the help of accurate positioning and real-time tracking. These data help optimize fleet distribution by ensuring scooters are strategically located in areas of high demand, reducing the likelihood of shortages or an overconcentration at certain locations.

 

Conclusion

Incorporating GNSS into shared electric scooters can offer significant benefits in terms of accuracy in positioning, real-time monitoring, global coverage and an improved user experience. Equipping electric scooters to include GNSS Module for electric scooters allows operators to streamline fleet management, improve customer satisfaction and optimize their scooter-sharing service. As demand for electric scooters in urban areas continues to grow, it is important that operators leverage GNSS technology. This will help them create a more efficient and reliable urban transportation system.