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AGV, AMR & Robot Batteries
25.2V 25.6Ah Delivery Robot Battery
- Voltage class
- 25.2V
- Target capacity
- 25.6Ah
Motive Power Batteries
AGV, AMR & Robot Batteries
AGV, AMR and delivery robot battery projects involve both power supply and control integration. The listed packs provide options for different voltage and capacity requirements. Review each model's protection and communication configuration together with the robot controller and charging system.
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AGV, AMR & Robot Batteries
25.6V 100Ah AGV Battery
- Voltage
- 25.6V
- Capacity
- 100Ah
The 48V 30Ah AMR configuration
This listing uses a 51.2V nominal, 16S1P LiFePO4 configuration. Its listed CAN and RS485 interfaces are the starting point for integration: the robot still needs the agreed pinout and message protocol. Interface availability on this model does not imply the same arrangement on every robot battery.
Document the control and dock interface
A named interface such as CAN or RS485 is not a complete protocol definition. Record the messages, rates and pin assignments required by the robot. For automatic charging, document contact alignment, polarity, enable signals and the docking sequence so the entire interaction can be tested.
Frequently asked questions
Does a robot battery with CAN or RS485 work with any controller?
The interface name is only one part of compatibility. Check the pinout, communication protocol, messages, data rate, wake-up behaviour and fault handling. Share the robot and charger requirements so the battery configuration and protocol can be evaluated together.
What information is needed for an AGV automatic charging system?
Provide the charging contact layout, polarity, voltage and current limits, docking sequence and any communication handshake. Also check the battery's enable, sleep and fault behaviour. A battery cannot be approved for a charging dock from voltage and capacity alone.