Application of an extended Kalman filter for high-performance current regulation of a vector-controlled induction machine drive

Keyphrases

• High Performance 100%
• Stator 100%
• Vector Control 100%
• Current Regulation 100%
• Extended Kalman Filter 100%
• Response Speed 100%
• Current Regulator 100%
• Induction Motor Drive 100%
• Speed Loop 100%
• Nonlinearity 50%
• Controller 50%
• Transient State 50%
• Current Control 50%
• Current Signal 50%
• Control Performance 50%
• Induction Motor 50%
• Response Performance 50%
• Performance Speed 50%
• Current Reference 50%
• Variable Frequency 50%
• AC Drives 50%
• Circuit Model 50%
• Adaptive Features 50%
• Induction Machine 50%
• Improved Speed 50%
• Inner Current Loop 50%
• Fixed Parameter 50%
• Nominal Torque 50%
• Voltage Source Inverter 50%
• Vector Controller 50%
• Back-EMF 50%
• Angular Velocity Estimation 50%
• Torque Current 50%
• Inner Current 50%
• Time-varying Characteristics 50%
• Predictive Current 50%
• Rotor Resistance 50%

Engineering

• Induction Motor 100%
• Extended Kalman Filter 100%
• Induction Machine 100%
• Angular Velocity ω 50%
• Nonlinearity 50%
• Current Signal 50%
• Fixed Parameter 50%
• Circuit Model 50%
• Current Reference 50%
• Motor Drive 50%
• Current Control Loop 50%
• Voltage Source Inverter 50%
• Rotor Resistance 50%