Dual Three Phase Multilevel Space Vector Modulation Control of Diode Clamped Inverter for Dual Star Induction Motor Drive

Abstract

This work suggests a dual three-phase Space Vector Modulation (SVM) for the Diode Clamped Multilevel Inverter (DCMI) to ensure a robust control of Dual Star Induction Motor (DSIM). The principal scheme is investigated to apply the same control of the six-phase multilevel inverter by two three-phase multilevel inverter to drive the DSIM. The use of classic SVM control offers significant simplifications for controlling a six phase five levels inverter. The proposed control approach employs according to the hybridization of various conversion functions to establish the modulation strategy for each voltage vector and its placement in the plane of voltage modulation in distinctly and easy manner. A numerical simulation under MATLAB/Simulink is carried out to evaluate the Indirect Field Oriented Control (IFOC) of DSIM drive fed by multilevel inverters. The simulation outcomes clearly reveal good performance of the designed control strategy in terms of THD and control efficiency.

Sensorless ANFIS-Based Control of PV-Powered Double Stator Induction Motors for EVs

“…The conventional SLC can increase the efficiency of global system by brushing up Artificial Intelligence techniques (AI), SLC for DSIM are updated. Neural Network, Fuzzy Logic and ANFIS are techniques which can ameliorate tracking speed than classical approaches [9,10]. Furthermore, the control strategy proposed is a sensor-less BC based on ANFIS-LO.…”