AGV and robot batteries are not only judged by capacity. The pack must support acceleration, docking charge behavior, communication, vibration and repeated daily operation. This 48V LiFePO4 battery pack is designed for mobile automation projects that need stable power and predictable maintenance.
Best-Fit Applications
The design can include CAN or RS485 communication, metal enclosure, handle, mounting bracket, high-current connector and a BMS matched to the drive system. For fleet use, consistency between packs is as important as the first sample.
Custom Design Notes
We recommend checking battery bay drawings, charger interface, communication protocol and duty cycle before production. This helps avoid cable routing problems, charging errors and insufficient current margin.
Basic Specification Range
| Voltage | 48V / 51.2V |
| Capacity | 20Ah to 400Ah |
| Chemistry | LiFePO4 |
| Application | AGV, AMR, service robots, warehouse vehicles and mobile automation platforms |
| Certification Support | UN38.3, MSDS and CE support |
Related Custom Battery Support
For the full engineering process, visit our custom battery pack page. You can compare existing models in the battery product catalog, review industry use cases under battery solutions, or send your project details through Contact us.
FAQ
Is 48V or 51.2V better for AGV?
It depends on the drive system and charger. Both can be designed after the voltage platform is confirmed.
Can the battery communicate with the robot controller?
Yes. CAN, RS485 or UART communication can be supported with a suitable smart BMS.
Can the pack be removable?
Yes. Handle, guide rail, mounting plate and quick connector designs can be discussed.
How do you test robot battery samples?
Fit, runtime, temperature rise, charge-discharge behavior and BMS alarms should be tested in the actual robot.
Can this be used for AMR fleets?
Yes. Cell matching, aging and production consistency should be planned for fleet orders.