Lithium Battery Solutions for Inspection Robots

In the era of AI intelligence and the widespread adoption of 5G, intelligent robots replacing humans in high-risk tasks will become inevitable. Currently, inspection robots are developing rapidly, simultaneously driving advancements in battery technology for these robots. The compatibility between inspection robot batteries and the robots themselves enables the replacement of certain hazardous inspection tasks, such as high-voltage power station inspections, high-altitude operation inspections, and exploration and detection missions.

Given the diverse types of inspection robots—typically designed and manufactured based on specific operational requirements—their batteries must also be engineered and produced according to the robots' unique working environments. This ensures uninterrupted and reliable robot performance.

Successful Case Study of Patrol Robot Battery Products:

Battery Type: Lithium Iron Phosphate (LiFePO4) Power Battery

Chemical Composition: Lithium Iron Phosphate (LiFePO4)

Nominal Voltage: 84V (Customizable)

Nominal Capacity: 49Ah (Customizable)

Battery Dimensions (LxWxH): 580×180×140mm (Customizable)

Battery Weight: 20kg (Approx. 3 jin)

Energy Density: 4116 Wh

Charging Current: ≤25A

Discharging Current: 40A (standard); 100A (peak discharge current)

Cycle Life: Over 2000 charge/discharge cycles (at 1C with 100% DOD)

Charging Temperature: 0+45°C

Discharging Temperature: -20+60°C

Charging Method: Constant Current Constant Voltage (CCCV)

Charging method: Constant current constant voltage

This is just one application example for batteries in inspection robots. In reality, there are batteries of various sizes, capacities, voltages, and currents, as well as specialized batteries designed for use in high-temperature, low-temperature, and ambient-temperature environments.