Pbkp_redictive DTC algorithm for induction machines using Sliding Horizon Pbkp_rediction
Abstract:
This paper presents a pbkp_redictive direct torque control PDTC algorithm for induction machine drives including a Sliding Horizon Pbkp_rediction (SH-PDTC). The selected strategy for the SH-PDTC algorithm was to keep the motor torque and stator flux-linkage within predefined hysteresis bounds while reducing inverter switching losses. The proposed SH-PDTC algorithm shows better performance in torque and stator flux-linkage control in comparison with classical PDTC, without increasing power losses in the inverter. A sensitivity analysis allows to evaluate algorithm performance under parameter uncertainty, and the results show that SH-PDTC keeps torque ripple performance. The paper includes a simulation to verify the PDTC and SH-PDTC algorithms controlling an induction machine, with a standard two level inverter. © 2014 IEEE.
Año de publicación:
2014
Keywords:
- Switching losses
- Sliding horizon pbkp_rediction
- Pbkp_redictive control
- DTC
- Induction machine
Fuente:


Tipo de documento:
Conference Object
Estado:
Acceso restringido
Áreas de conocimiento:
- Algoritmo
- Algoritmo
Áreas temáticas:
- Física aplicada