Electric Bikes & Scooters | High-Performance Energy for Urban Transit
Compact, Reliable, and Efficient Propulsion for Modern Mobility The e-bike and scooter market requires batteries that are both compact and capable of delivering sustained power for daily commutes. ECELL Batteries provides premium Lithium (LiFePO4) solutions designed to fit the streamlined frames of modern electric bikes and scooters while providing the safety and range that riders demand.
Lithium Energy for Micro-Mobility
・Electric Commuter Bikes: High-density lithium packs that offer an extended range, allowing riders to travel further on a single charge.
・ Electric Scooters: Compact and lightweight battery designs that maximize portability without sacrificing top-end speed or torque.
・ Cargo E-Bikes: High-capacity power systems engineered to handle heavy loads and frequent start-stop urban delivery cycles.
・ Shared Mobility Fleets: Durable battery modules built for high utilization and compatible with rapid-swap infrastructure to minimize downtime.
Why Choose ECELL for Your Electric Two-Wheelers?
- Lightweight Efficiency: Our LiFePO4 technology provides significantly more energy per kilogram than traditional lead-acid, improving vehicle handling and reducing operator fatigue.
- Enhanced Safety Standards: Every battery includes an integrated Smart BMS that monitors cell health in real-time, protecting against overcharging and thermal issues during fast-charging sessions.
- Superior Cycle Life: Engineered for over 3,500+ deep cycles, ensuring that your e-bike or scooter remains a reliable transport solution for years.
- Fast-Charge Compatibility: Support for rapid charging protocols allows urban travelers to quickly top up their batteries during work breaks or short stops.
Your Partner in Green Transit Since 2006
With nearly two decades of manufacturing excellence at our Fuzhou facility, ECELL Batteries is a leading OEM/ODM partner for the global e-bike and scooter industry. We combine vertically integrated production with cutting-edge engineering to power the future of sustainable urban transit.
