1. Check the Battery Voltage and Capacity
Different AGV systems require different voltage platforms such as 24V, 36V, or 48V. Battery capacity should match the robot's working time and load requirements.
2. Pay Attention to Cycle Life
AGV robots usually operate for long hours every day. Lithium batteries with longer cycle life can help reduce replacement frequency and maintenance costs.
3. Smart BMS Is Important
An intelligent BMS helps monitor voltage, temperature, current, and fault conditions in real time. This improves battery safety and system stability.
4. Communication Function Matters
CAN, RS485, or UART communication allows the battery to exchange data with the AGV control system for better energy management and diagnostics.
5. Consider the Working Environment
Some AGVs work in cold storage, dusty factories, or humid environments. Battery structure and protection level should match the actual application conditions.
6. Reliable Charging Performance
Fast charging and stable charging performance help improve AGV operating efficiency and reduce downtime.
At RYDBATT, we provide customized lithium battery solutions for AGV and industrial automation equipment. Our battery systems are designed for reliability, safety, and long-term operation in demanding industrial environments.
Reliable power helps AGV systems move smarter, safer, and more efficiently.
