Page 33 - IJOCTA-15-4

Control strategies and power converter topologies for switched reluctance motors in electric...

mode current controller with fixed switching fre- Middle East Power Systems Conference (MEP-
quency for switched reluctance motors. IEEE CON). 2018:779-784.
Trans Power Electron. 2021;37(3):3321-3333. 79. Deepak M, Janaki G, Bharatiraja C. Power elec-
66. Sial MR, Sahoo NCS. Comparative performance tronic converter topologies for switched reluc-
analysis of hysteresis and PI current controller tance motor towards torque ripple analysis. Mater
for torque control of switched reluctance mo- Today Proc. 2022;52:1657-1665.
tor. In: 2020 IEEE International Conference on 80. Damarla I, Vadlamudi B, Mahendran V, Rao KD.
Power Electronics, Drives and Energy Systems Analysis of torque ripple investigation on three-
(PEDES). 2020:1-6. phase SR motor drive for EV applications. Int J
67. Zhang X, Yang Q, Ma M, Lin Z, Yang S. A Circuit Theory Appl. 2024;52.
switched reluctance motor torque ripple reduction 81. Yamada N, Hoshi N. Experimental verification
strategy with deadbeat current control and active on a switched reluctance motor driven by asym-
thermal management. IEEE Trans Veh Technol. metric flying capacitor multilevel H-bridge in-
2019;69(1):317-327. verter. In: 2017 IEEE 6th International Confer-
68. Li A, Jiang D, Sun J, Liu Z, Lee CH. Unified ence on Renewable Energy Research and Applica-
vector torque control for reluctance motor with tions (ICRERA). 2017:971-976.
different coil pitch. IEEE Trans Ind Electron. 82. Afonso JL, Ferreira J, Monteiro V, Pinto
2022;70(6):5527-5536. JG, Couto C. A review on power electron-
69. Reis RRC, Kimpara MLM, Galotto L, Pinto JOP. ics technologies for electric mobility. Energies.
Genetic algorithm-based commutation angle con- 2020;13(23):6343.
trol for torque ripple mitigation in switched reluc- 83. Ahmad SS, Urabinahatti C, Prasad KN,
tance motor drives. IEEE Access. 2023;11:97331- Narayanan G. High-switching-frequency SiC
97339. power converter for high-speed switched re-
70. Dhale S, Nahid-Mobarakeh B, Emadi A. A review luctance machine. IEEE Trans Ind Appl.
of fixed switching frequency current control tech- 2021;57(6):6069-6082.
niques for switched reluctance machines. IEEE 84. Han G, Chen H. Improved power converter of
Access. 2021;9:39375-39391. SRM drive for electric vehicle with self-balanced
71. Saleh AL, Al-Amyal F, Sz´amel L. Control tech- capacitor voltages. IEEE Trans Transp Electrifi-
niques of switched reluctance motors in electric cation. 2020;7(3):1339-1348.
vehicle applications: a review on torque ripple 85. Patel MA, Singh K, Sharma R, et al. Design and
reduction strategies. AIMS Electron Electr Eng. optimisation of slotted stator tooth switched re-
2024;8(1):104-145. luctance motor for torque enhancement for elec-
72. G¨otz GT. Bidirectional DC-to-DC converter with tric vehicle applications. Int J Ambient Energy.
integrated switched reluctance generator [doc- 2022;43(1):4283-4288.
toral dissertation]. Aachen: Rheinisch-Westf¨alis- 86. Xu S, Chen H, Yang J, Dong F. Performance eval-
che Technische Hochschule Aachen; 2024. uation and reliability enhancement of switched
73. Abdel-Aziz A, Elgenedy M, Williams B. Re- reluctance drive system by a novel integrated
view of switched reluctance motor converters and power converter. IEEE Trans Power Electron.
torque ripple minimisation techniques for electric 2019;34(11):11090-11102.
vehicle applications. Energies. 2024;17(13):3263. 87. Pires VF, Cordeiro A, Pires A, Martins J, Chen
74. Chen Y, Xu D. Review of soft-switching topolo- H. A multilevel topology based on the T-type con-
gies for single-phase photovoltaic inverters. IEEE verter for SRM drives. In: 2018 16th Biennial
Trans Power Electron. 2021;37(2):1926-1944. Baltic Electronics Conference (BEC). 2018:1-4.
75. Gaafar MA, Abdelmaksoud A, Orabi M, Chen 88. Gaafar MA, Abdelmaksoud A, Orabi M, Chen H,
H, Dardeer M. Switched reluctance motor con- Dardeer M. Performance investigation of switched
verters for electric vehicle applications: compar- reluctance motor driven by Quasi-Z-source inte-
ative review. IEEE Trans Transp Electrification. grated multiport converter with different switch-
2022;8(4). ing algorithms. Sustainability. 2021;13(17):9517.
76. Lee H, Smet V, Tummala R. A review of SiC 89. Ding W, Yang S, Hu Y. Performance im-
power module packaging technologies: challenges, provement for segmented-stator hybrid-excitation
advances, and emerging issues. IEEE J Emerg Sel SRM drives using an improved asymmetric half-
Top Power Electron. 2019;8(1):239-255. bridge converter. IEEE Trans Ind Electron.
77. Hadke VV, Thakre MP. Integrated multilevel con- 2018;66(2):898-909.
verter topology for speed control of SRM drive in 90. Perin D, Karaoglan AD, Yilmaz K. Rotor de-
plug-in hybrid electric vehicle. In: 2019 3rd In- sign optimization of a 4000 rpm permanent mag-
ternational Conference on Trends in Electronics net synchronous generator using moth flame op-
and Informatics (ICOEI). 2019:1013-1018. timization algorithm. Int J Optim Control Theor
78. Abdel-Fadil R, Sz´amel L. State of the art of Appl. 2024;14(2):123-133.
switched reluctance motor drives and control http://dx.doi.org/10.11121/ijocta.2024.14.211
techniques. In: 2018 Twentieth International

575