Simulation Model of Sensorless Direct Torque Control for Induction Motors
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Resource Overview
This is a self-developed simulation model of sensorless direct torque control for induction motors, shared for community feedback and technical discussions. The model implements advanced control algorithms to estimate motor speed without physical sensors.
Detailed Documentation
I have developed a custom induction motor model that operates without speed sensors, utilizing direct torque control methodology. Through comprehensive simulation testing, I obtained intriguing performance results. This model serves as an effective platform for investigating induction motor operational principles and control strategies. For those interested in motor control systems, I encourage you to experiment with this model and provide your valuable feedback and suggestions. The implementation includes key components such as flux observers, torque calculators, and switching table algorithms that maintain optimal torque and flux regulation. I believe collaborative exploration will lead to deeper insights into induction motor dynamics and control optimization possibilities.
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