This paper presents, first a d-q purely mixed model including the mutual leakage flux and a digital field oriented control of a double star induction motor using a two-level six-phase inverter; seconds a PI regulator to control the speed and the stator current of DSIM. To achieve a control of this machine two voltage source inverter of PWM techniques are introduced. A comparison with a traditionally (PI) controller is discussed. Extensive simulation is performed and it is shown that the reduction of the current harmonics is in essence almost the same as in another recently developed DFOC scheme. However, the achieved torque ripple reduction makes the scheme superior when compared to the existing approaches. At the same time, developed scheme retains qualities of conventional DFOC schemes, such as simple structure and fast response. Its additional beneficial feature is the easiness of implementation.
SlimeneM.B.KhlifiM.A. and FredjM.B., Sensorless Speed Control for Dual Stator Induction Motor Drive Using IFOC Strategy Including Magnetic Saturation, The Applied Computational Electromagnetics Society23(3) (2017).
2.
KrzysztofK., Multi-speed polyphase induction motors, International Journal of Applied Electromagnetics and Mechanics15(1–4) (2001), 149–154.
3.
ShayeganiA.MohammadiM. and FarjahE., Application of core vector machines for induction motor drive fault diagnosis, Journal of Intelligent & Fuzzy Systems29(1) (2015), 1–14.
4.
BaoX.FangJ.NiY.XuW. and WuC., Analysis of electromagnetic torque of induction motors with two different doubly skewed rotors, International Journal of Applied Electromagnetics and Mechanics55(4) (2017), 583–595.
5.
BuW.HuangY.LiZ.ShiH. and ShiJ., Diaplacement sensorless control strategy of bearingless induction motor, International Journal of Applied Electromagnetics and Mechanics54(4) (2017), 597–610.
6.
SinghG.K.NamK.S. and LimK., A Simple Indirect Field-Oriented Control Scheme For Multiphase Induction Machine, IEEE Transactions on Industrial Electronics (2005), 1177–1184.
7.
YazdaniD.KhajehoddinS.A.BakhshaiA. and JoosG., Full Utilization of The Inverter In Split-Phase Drives By Means of A Dual Three-Phase Space Vector Classification Algorithm, IEEE Transactions On Industry Electronics (2009), 120–129.
8.
MarwaB.S.KhlifiM.A.MouldiB.F. and HabibR., Modeling And Analysis of Double Stator Induction Machine Supplied By A Multi-Level Inverter, in: The 16𝑡ℎ IEEE Mediterranean Electro-Technical Conference (MELECON), 2012, pp. 269–272.
9.
HadioucheH. and RazikH., On The Modeling And Design of Dual-Stator Windings To Minimize Circulating Harmonic Currents For Vsi Fed Ac Machines, IEEE Transactions On Industry Applications40 (2004), 506–515.
10.
KhedherA. and MimouniM.F., Sensorless-Adaptive DTC Of Double Star Induction Motor, Energy Conversion And Management51 (2010), 2878–2892.
11.
ArchanaM.NanotyS.ArchanaM.NanotyS. and ChudasamaA.R., Design of Multiphase Induction Motor For Electric Ship Propulsion, in: IEEE Electric Ship Technologies Symposium, 2011, pp. 283–287.
12.
NezliL. and MahmoudiM.O., Vector Control With Optimal Torque of A Salient-Pole Double Star Synchronous Machine Supplied By Three-Level Inverters, Journal of Electrical Engineering62 (2010), 256–263.
13.
MarwaB.S.KhlifiM.A.MouldiB.F. and HabibR., Analysis of Saturated Self-Excited Dual Stator Induction Generator for Wind Energy Generation, Journal of Circuits, Systems, and Computers24 (2015), 196–203.
14.
MarwaB.S.KhlifiM.A.MouldiB.F. and HabibR., Modeling of Dual Stator Induction Generator with and Without Cross Saturation, Journal of Magnetics20 (2015), 165–171.
15.
MarwaB.S.KhlifiM.A.MouldiB.F. and HabibR., Effect of the Stator Mutual Leakage Reactance of Dual Stator Induction Generator, International Journal of Electrical Energy2 (2014), 1810–1818.
16.
MohamedA.K. and BadrS., Steady State Analysis of an Isolated Self-Excited Dual Three-Phase Induction Generator for Renewable Energy, International Journal of Modern Nonlinear Theory and Application3 (2014), 191–198.
17.
AmimeurH.AouzellagD.AbdessemedR. and GhedamsiK., Sliding Mode Control of A Dual-Stator Induction Generator For Wind Energy Conversion Systems, Electrical Power and Energy Systems42 (2012), 60–70.
18.
Abdel-KhalikA.S.MasoudM.I. and WilliamsB.W., Vector Controlled Multiphase Induction Machine: Harmonic Injection Using Optimized Constant Gains, Electric Power Systems Research89 (2012), 116–128.
19.
MohamedA.K.MarwaB.S.MouldiB.F. and HabibR., Performance evaluation of self-excited DSIG as a standalone distributed energy resource, Electrical Engineering, Springer 97 (2016), 261–345.
