Integrated Motor Performance Testing System Combines Performance Evaluation and Durability Validation

A new motor performance testing system integrating performance evaluation and durability validation has been launched, designed for high-demand applications in fields such as new energy vehicles, industrial robots, and high-end equipment manufacturing. Built on the TSMaster software platform, the system offers high-precision torque and speed measurement capabilities and enables real-time data acquisition, analysis, and visualized monitoring. The system supports comprehensive parameter measurement at both the electrical input (voltage, current, electrical power) and mechanical output (torque, speed, mechanical power), automatically calculating real-time conversion efficiency. It can also generate motor characteristic curves—including torque-speed (T-N) curves and efficiency MAP charts—based on collected data, providing a complete picture of motor performance across its entire operating range. Compatible with a wide range of motor types, the system supports testing for traction motors in new energy vehicles, actuator motors for autonomous driving, starter motors, robotic joint motors, permanent magnet synchronous motors (including servo variants), three-phase induction motors, inverter-driven motors, brushed and brushless DC motors, single-phase induction motors, electric motorcycle motors, and power tool motors. It can also be used to evaluate the performance of transmission components such as gear reducers. Key features of the system include high precision, high integration, strong compatibility, and ease of use: it delivers highly accurate torque and speed measurements; integrates electrical and mechanical parameter acquisition into a unified platform; adapts seamlessly to various motor types and test scenarios; and features a user-friendly interface based on the TSMaster platform, enabling engineers to get up and running quickly.