Compact Power for Hybrid Mobility
serial hybrid drive (iSHS). With a capacity of 30Ah/1440Wh, it delivers strong and reliable energy. At the same time, it can run two iM1500, which makes it ideal for transport tasks that demand both efficiency and endurance.
This 48V/30.0 Ah LiFePo4 battery is based on proven lithium iron phosphate technology. It offers long service life, safe operation, and steady performance. Thanks to its smart design, it fits into different vehicle concepts without taking up much space. The result is smooth operation, efficient energy management, and less downtime during daily use.
Battery for INTELECTRA Cargo L & XL
Dimensions
L: 400 mm x W: 268 mm x H: 89 mm
Weight
12 kg
Rated voltage
48 V DC
Rated power
60 A permanent
Power rating
1.440 Wh
Torque
Pedal assistance
Starting aid
Color
Wheel diameter
Crank length
Axle length
Interface
IP class
Cell type
3,2 V / 15 Ah LiFePO4
Material
Surface quality
Brake disk
Tires
Motor compatibility
Capacity
30 Ah
Another significant advantage of the AES SuperPack is its remarkable flexibility. Designed to meet the diverse needs of modern urban logistics, the SuperPack can either be purchased outright as a modular solution or rented as part of a comprehensive fleet package. This dual approach makes it easier for businesses to transition to hybrid mobility, allowing them to start small and scale up operations as demand grows. By lowering initial investment barriers while still providing robust long-term planning options, the SuperPack empowers companies to adopt innovative transport solutions without overcommitting resources. This flexibility is particularly valuable for businesses looking to experiment with sustainable urban delivery models while maintaining financial and operational control.
The SuperPack’s compact size, high energy density, and impressive power output make it ideally suited for e-cargobikes and heavy-duty cargo bikes. In practical terms, this means urban logistics operations can handle heavy loads reliably, maintain consistent performance, and adhere to tight delivery schedules, all while significantly reducing emissions. Cities benefit directly from this technology, as the SuperPack supports cleaner air, quieter streets, and smoother traffic flow. Its design enables longer travel distances and more efficient energy use, making it a cornerstone of environmentally responsible city logistics.
More than just a battery, the SuperPack represents a balance of power, safety, and adaptability. Its advanced engineering ensures safe operation under demanding conditions, while its modularity allows seamless integration into various vehicle platforms. By supporting hybrid mobility, the SuperPack accelerates the transition to sustainable transport, offering businesses and municipalities a practical, reliable, and future-ready energy solution.
Ultimately, choosing the SuperPack means more than gaining a powerful battery—it provides the foundation for smarter, cleaner, and more efficient urban logistics. Companies and cities that adopt this technology not only benefit from immediate operational advantages but also take a meaningful step toward shaping the mobility of tomorrow, where sustainability, efficiency, and adaptability go hand in hand.
