Induction motor behavior under specific fault conditions in industrial electric drive systems

Asynchronous motors are essential components in industrial processes, where faults can lead to production downtime, financial losses, and safety hazards. Simulating their behavior enables the safe reproduction of various operating scenarios, including fault conditions, without impacting actual equipment. This approach provides valuable insights into motor performance under both normal and abnormal states, supporting the development of advanced monitoring systems, predictive maintenance strategies, and fault diagnosis algorithms aimed at improving system efficiency, reliability, and operational safety.