An Improved FOC Strategy for Speed Control of Induction Motor Drives Under an Open-Phase Fault Using Genetic Algorithm

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Shabandokht Zarami M.; GHANBARI M.; Alibeiki E.; JANNATI M.

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Paper Information

Journal: JOURNAL OF OPERATION AND AUTOMATION IN POWER ENGINEERING Year:2022 | Volume:10 | Issue:1 Page(s): 80-89

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Title

An Improved FOC Strategy for Speed Control of Induction Motor Drives Under an Open-Phase Fault Using Genetic Algorithm

Author(s)

Shabandokht Zarami M. | GHANBARI M. | Alibeiki E. | JANNATI M. | Issue Writer Certificate

Keywords

Fault-Tolerant Control

Genetic Algorithm

Improved Field-Oriented Control Strategy

Open-Circuit Fault in the Stator Coils

Speed Control of Induction Motor Drives

Abstract

The Vector Control (VC) of Y-Connected Induction Motor (YCIM) drives is entirely demanding task. Furthermore, YCIM under an Open-Circuit Fault in the Stator Coils (OCFSC) leads to deterioration of the VC. Consequently, the VC of YCIMs under an OCFSC requires a suitable design. This research focuses on an accurate and modified Field-Oriented Control (FOC) strategy for 3-phase YCIM drives under an OCFSC. Most of the recent papers studying VC of YCIMs under an OCFSC ignore the leakage inductance in the VC equations. This paper presents an alternative VC technique, considering the leakage inductance in the VC equations of YCIMs under an OCFSC. In the presented VC system, two asymmetrical Rotating Transformations (RTs) for the stator current and voltage quantities are proposed and employed. In the proposed scheme, the Genetic Algorithm is used to regulate the parameters of the Proportional-Integral (PI) controllers. The developed VC system provides an accurate control against an OCFSC and can be employed for different industries that need Fault-Tolerant Control (FTC) systems. The effectiveness of the proposed approach is validated through experimentation in the laboratory. The proposed control scheme gives good responses during both steady state and transient sate. In addition, the proposed VC system gives better performances during the post-fault operation compared to previous works in terms of speed and torque ripples.

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APA: Copy

Shabandokht Zarami, M., GHANBARI, M., Alibeiki, E., & JANNATI, M.. (2022). An Improved FOC Strategy for Speed Control of Induction Motor Drives Under an Open-Phase Fault Using Genetic Algorithm. JOURNAL OF OPERATION AND AUTOMATION IN POWER ENGINEERING, 10(1), 80-89. SID. https://sid.ir/paper/970958/en

Vancouver: Copy

Shabandokht Zarami M., GHANBARI M., Alibeiki E., JANNATI M.. An Improved FOC Strategy for Speed Control of Induction Motor Drives Under an Open-Phase Fault Using Genetic Algorithm. JOURNAL OF OPERATION AND AUTOMATION IN POWER ENGINEERING[Internet]. 2022;10(1):80-89. Available from: https://sid.ir/paper/970958/en

IEEE: Copy

M. Shabandokht Zarami, M. GHANBARI, E. Alibeiki, and M. JANNATI, “An Improved FOC Strategy for Speed Control of Induction Motor Drives Under an Open-Phase Fault Using Genetic Algorithm,” JOURNAL OF OPERATION AND AUTOMATION IN POWER ENGINEERING, vol. 10, no. 1, pp. 80–89, 2022, [Online]. Available: https://sid.ir/paper/970958/en

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