Robotic Battery Validation Using Automated Power Testing Solutions
解決方案簡介
As humanoid and quadruped robots transition into real-world deployment, battery reliability becomes a critical design and validation challenge. Robotic applications impose dynamic operating profiles, including frequent start-stop motion, fluctuating loads, and extended endurance requirements, accelerating battery degradation and increasing failure risk. This solution brief presents an integrated approach to robotic battery validation using the Keysight RP5900 Series Regenerative Advanced Bidirectional Power Supply combined with the PW9253A PathWave Advanced Battery Test and Emulation Software. The solution enables seamless bidirectional charge and discharge operation, automated long-duration cycling, and high-resolution data acquisition to capture early indicators of battery aging such as voltage anomalies and internal resistance changes. Built-in safety protections support unattended testing while safeguarding high-density lithium battery packs. By replicating real-world robotic operating conditions within a closed-loop, automated environment, engineers can accelerate validation cycles, improve test repeatability, and gain deeper insight into battery performance, ultimately ensuring longer robotic uptime and reduced lifecycle costs.