Míreanna comhchosúla: Improving steady state accuracy in field-weakened six-phase induction machines with integrator and modulated predictive control
- Field-weakening strategy with modulated predictive current control applied to six-phase induction machines
- Identification of magnetization inductance for six-phase induction machines driven by modulated predictive control in field weakening zone
- Speed sensorless control for a six-phase induction machine based on a sliding mode observer
- Predictive voltage control in multi-modular matrix converters under load variation and fault scenario
- A SiC-MOSFET bidirectional switch solution for direct matrix converter topologies
- Navigating the energy transition in South America : regulatory challenges and trends in Chile’s evolving energy legal landscape
Údar: Ayala Silva, Magno Elías
- Predictive control at fixed switching frequency for a dual three-phase induction machine with kalman filter-based rotor estimator
- Sequential model predictive torque control for six-phase machines without weighting factors
- Speed sensorless control for a six-phase induction machine based on a sliding mode observer
- Comparative study of predictive-fixed switching techniques for a cascaded H-bridge two level STATCOM
- Design and validation of a modular control platform for a voltage source inverter
- Field-weakening strategy with modulated predictive current control applied to six-phase induction machines
Údar: Doval Gandoy, Jesus
- Sequential model predictive torque control for six-phase machines without weighting factors
- Field-weakening strategy with modulated predictive current control applied to six-phase induction machines
- Enhanced reaching-law-based discrete-time terminal sliding mode current control of a six-phase induction motor
- Improving steady state accuracy in field-weakened six-phase induction machines with integrator and modulated predictive control