Mathematical Analysis of N-R Algorithm for Experimental Implementation of SHEPWM Control on Single-phase Inverter

 International Journal of Engineering Trends and Technology (IJETT) © 2020 by IJETT Journal Volume-68 Issue-2 Year of Publication : 2020 Authors : Alla Eddine TOUBAL MAAMAR, M’hamed HELAIMI, Rachid TALEB, Hadj MOULOUDJ,Oumaymah ELAMRI, Abdelatif GADOUM DOI :  10.14445/22315381/IJETT-V68I2P202

Citation

MLA Style: Alla Eddine TOUBAL MAAMAR, M’hamed HELAIMI, Rachid TALEB, Hadj MOULOUDJ,Oumaymah ELAMRI, Abdelatif GADOUM  "Mathematical Analysis of N-R Algorithm for Experimental Implementation of SHEPWM Control on Single-phase Inverter" International Journal of Engineering Trends and Technology 68.2 (2020):9-16.

APA Style:Alla Eddine TOUBAL MAAMAR, M’hamed HELAIMI, Rachid TALEB, Hadj MOULOUDJ,Oumaymah ELAMRI, Abdelatif GADOUM. Mathematical Analysis of N-R Algorithm for Experimental Implementation of SHEPWM Control on Single-phase Inverter  International Journal of Engineering Trends and Technology, 68(2),9-16.

Abstract
This paper presents a simulation and experimental validation of H-bridge inverter with the implementation of a Newton-Raphson algorithm for selective harmonics elimination. Contributions are made in interfacing and programming of Arduino ATmega328P microcontroller and use it to control of single-phase inverter by selective harmonic elimination technique. Through this work, we have given a general analytical description of the total harmonic distortion and present the method of application of the Newton-Raphson algorithm for selective harmonic elimination. MATLAB Simulink used for simulation and Arduino IDE software was used to program the Arduino board. The validity of the simulation model is verified by experimental results, the inverter was realized and the algorithm control is tested, results of the simulation and realization are compared, they show the efficiency of the system analysis and demonstrate the ability of Arduino to control the inverter and to generate complex signals for the electrical systems control.

Reference

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Keywords
Power Electronics, Newton-Raphson Algorithm, Selective Harmonic Elimination SHE, MATLAB/Simulink, Half-bridge Inverter Topology, Arduino Microcontroller