As urbanization accelerates and environmental awareness increases, two-wheelers are becoming a primary mode of transportation in cities. However, efficiently managing the battery of electric two-wheelers, especially in high-frequency use scenarios like delivery services, working commutes, shared-bike economies has been a challenge. In this context, Fibocom 's 4G Cat 1bis module MG661-EU provides an innovative solution for two-wheel vehicles such as scooters, electric bikes, mopeds, etc., significantly enhancing Battery Management Systems (BMS) and improving the efficiency of two-wheeler usage.

Utilizing 4G-enabled Battery Management Systems (BMS) for Two-Wheelers

The battery management system is a core component ensuring the efficient operation of electric two-wheelers. By integrating Fibocom's 4G Cat 1bis module MG661-EU, two-wheelers can achieve real-time battery monitoring and intelligent management. This technology not only enhances user experience but also provides convenient management tools for battery swap stations.

Revolutionizing Battery Swapping for Urban Mobility

For delivery personnel or couriers, time is money. Traditional charging methods require long wait times, which hampers efficiency. With the support of the 4G Cat 1bis module, users can view battery levels in real-time through a mobile app. When battery replacement is needed, they can quickly locate the nearest battery swap station and replace the battery, greatly improving work efficiency.

How It Works: Real-Time Monitoring and Seamless Integration

In the context of increasing demand for clean energy and short-distance travel solutions, electric two-wheelers, including scooters, bikes, and mopeds, are gaining popularity for both personal and shared usage. Whether for personal use or rental businesses, there is a growing need for a one-stop solution to enhance user experience and operational efficiency.

Fibocom's 4G Cat 1bis module MG661-EU addresses this need with its high-performance 4G Cat 1bis connectivity and integrated GNSS positioning technology. Embedded in the telematics controller, the module enables real-time connectivity, allowing vehicle data such as mileage, battery level, location to be uploaded to a management platform or synchronized to an app for administrators to monitor. The system monitors battery levels and helps users locate the nearest battery swap station. Additionally, the module provides vehicle tracking, enabling real-time rental payment and return for rental vehicles, along with real-time billing.

Benefits: Enhancing User Convenience and Operational Efficiency

Improved User Experience: Delivery personnel benefit from the battery swapping model, which reduces wait times and minimizes work interruptions due to low battery levels. This leads to higher efficiency and better service quality.

Increased Management Efficiency: Real-time monitoring and data analysis allow swap station operators to optimize equipment maintenance and management processes, reducing operational costs and ensuring smooth operations.

Enhanced Safety and Anti-theft: The intelligent BMS prevents battery overheating and theft, ensuring the safety of both the vehicle and the battery.

Conclusion

Fibocom's 4G Cat 1bis module MG661-EU advances the digital transformation of BMS and battery swapping with reliable 4G connectivity and an extensive of functions for two-wheelers. We believe this innovative technology will lead the two-wheeler industry toward a smarter and more sustainable future.

For more information about Fibocom 's 4G Cat 1bis Module MG661-EU