Total harmonic distortion analysis of inverter fed induction motor drive using neuro fuzzy type-1 and neuro fuzzy type-2 controllers

Authors

DOI:

https://doi.org/10.20998/2074-272X.2024.1.02

Keywords:

space vector modulation, neuro fuzzy type-1, neuro fuzzy type-2, induction motor, total harmonic distortion

Abstract

Introduction. When the working point of the indirect vector control is constant, the conventional speed and current controllers operate effectively. The operating point, however, is always shifting. In a closed-system situation, the inverter measured reference voltages show higher harmonics. As a result, the provided pulse is uneven and contains more harmonics, which enables the inverter to create an output voltage that is higher. Aim. A space vector modulation (SVM) technique is presented in this paper for type-2 neuro fuzzy systems. The inverter’s performance is compared to that of a neuro fuzzy type-1 system, a neuro fuzzy type-2 system, and classical SVM using MATLAB simulation and experimental validation. Methodology. It trains the input-output data pattern using a hybrid-learning algorithm that combines back-propagation and least squares techniques. Input and output data for the proposed technique include information on the rotation angle and change of rotation angle as input and output of produced duty ratios. A neuro fuzzy-controlled induction motor drive’s dynamic and steady-state performance is compared to that of the conventional SVM when using neuro fuzzy type-2 SVM the induction motor, performance metrics for current, torque, and speed are compared to those of neuro fuzzy type-1 and conventional SVM. Practical value. The performance of an induction motor created by simulation results are examined using the experimental validation of a dSPACE DS-1104. For various switching frequencies, the total harmonic distortion of line-line voltage using neuro fuzzy type-2, neuro fuzzy type-1, and conventional based SVMs are provided. The 3 hp induction motor in the lab is taken into consideration in the experimental validations.

Author Biographies

G. Srinivas, Vignan’s Foundation for Science, Technology and Research University

Research Scholar, Electrical and Electronics Engineering Department

G. Durga Sukumar, Vignan Institute of Technology and Science

Professor

M. Subbarao, Vignan’s Foundation for Science, Technology and Research University

Associative Professor, Electrical and Electronics Engineering Department

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Published

2024-01-01

How to Cite

Srinivas, G., Durga Sukumar, G., & Subbarao, M. (2024). Total harmonic distortion analysis of inverter fed induction motor drive using neuro fuzzy type-1 and neuro fuzzy type-2 controllers. Electrical Engineering & Electromechanics, (1), 10–16. https://doi.org/10.20998/2074-272X.2024.1.02

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Section

Electrotechnical complexes and Systems