Speed Control of Three-Phase Induction Motor Fed by Renewable Energy Source

Antar, Rakan Khalil; Sultan, Nashwan Saleh; Ali, Ahmed J.

doi:10.1109/iceccpce46549.2019.203739

Cited by 6 publications

(4 citation statements)

References 7 publications

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“…That means to get 15-level output voltage, the power circuit required 28-switches and 7-dc sources. The dc sources can be replaced by renewable energy sources to fulfill the requirements [25]. In the proposed circuit, a number of the main switches and dc sources are calculated as:…”

Section: Introductionmentioning

confidence: 99%

Design of new structure of multilevel inverter based on modified absolute sinusoidal PWM technique

Saleh

Antar

Al-Badrani³

2021

IJPEDS

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The advantage of multilevel inverters is to produce high output voltage values with distortion as minimum as possible. To reduce total harmonic distortion (THD) and get an output voltage with different step levels using less power electronics switching devices, 15-level inverter is designed in this paper. Single-phase 11-switches with zero-level (ZL) and none-zero-level (NZL) inverter based on modified absolute sinusoidal pulse width modulation (MASPWM) technique is designed, modelled and built by MATLAB/Simulink. Simulation results explained that, multilevel inverter with NZL gives distortion percent less than that with ZL voltage. The THD of the inverter output voltage and current of ZL are 4% and 1%, while with NZL is 3.6% and 0.84%, respectively. These results explain the effectiveness of the suggested power circuit and MASPWM controller to get the required voltage with low THD.

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Section: Introductionmentioning

confidence: 99%

Design of new structure of multilevel inverter based on modified absolute sinusoidal PWM technique

Saleh

Antar

Al-Badrani³

2021

IJPEDS

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“…Some applications like paper mills, water treatment plants and several other industrial factories are used three-phase induction motor (TIM) because it is simple, rugged and low maintenance [1,2]. Controlling method of induction motor is very difficult due to complexity and nonlinearity of the system [3][4][5]. Different load torque may apply to the system, and that would effect on speed performance.…”

Section: Introductionmentioning

confidence: 99%

“…Different load torque may apply to the system, and that would effect on speed performance. Therefore, speed of induction motor has to be controlled in order to let the system work with high performance at different load torque [3].…”

Section: Introductionmentioning

confidence: 99%

“…Universal developed drive software of a speed controller of single [2]. Speed controller of TIM using fuzzy logic design and PI controller with a bacterial foraging optimization (BFO) algorithm was studied in [3]. Comparisons between conventional PI and slide mode controllers for speed of three-phase induction motor were investigated in [4].…”

Section: Introductionmentioning

confidence: 99%

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Speed controller design for three-phase induction motor based on dynamic adjustment grasshopper optimization algorithm

Algamluoli

Abbas

2021

IJECE

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Three-phase induction motor (TIM) is widely used in industrial application like paper mills, water treatment and sewage plants in the urban area. In these applications, the speed of TIM is very important that should be not varying with applied load torque. In this study, direct on line (DOL) motor starting without controller is modelled to evaluate the motor response when connected directly to main supply. Conventional PI controller for stator direct current and stator quadrature current of induction motor are designed as an inner loop controller as well as a second conventional PI controller is designed in the outer loop for controlling the TIM speed. Proposed combined PI-lead (CPIL) controllers for inner and outer loops are designed to improve the overall performance of the TIM as compared with the conventional controller. In this paper, dynamic adjustment grasshopper optimization algorithm (DAGOA) is proposed for tuning the proposed controller of the system. Numerical results based on well-selected test function demonstrate that DAGOA has a better performance in terms of speed of convergence, solution accuracy and reliability than SGOA. The study results revealed that the currents and speed of TIM system using CPIL-DAGOA are faster than system using conventional PI and CPIL controllers tuned by SGOA. Moreover, the speed controller of TIM system with CPIL controlling scheme based on DAGOA reached the steady state faster than others when applied load torque.

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Torque control-based induction motor speed control using Anticipating Power Impulse Technique

Karupusamy

Mustafa

Jos³

et al. 2023

Int J Adv Manuf Technol

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In this model the induction motor speed controlis based on torque control drive is analysis the output power using Anticipating Power Impulse Technique (APIT). Induction motors are used in various applications, this is a model of a motor used in constant speed applications. Vibrations and singularities are eliminated with the sliding mode control of conventional terminals. In this method, the reference state is determined in a systematic manner so that the maximum torque per ampere and ux limiting operation and the reference torque tracking can be determined. The di culty of a controller driver is choosing a switch with the proper control scheme to achieve dynamic and steady state response speed requirements and the proposed method is completely varied from conventional model. AnAnticipating Power Impulse Technique (APIT)is the proposed systemto the induction motor drive is control it is also applied to be speed control of the motor. The system presented here analyses motor current and rotor position, which helps to obtain a suitable switching pulse diver circuit. Because of low switching loss speed control. In this system, MATLAB software is used to develop control circuit simulations. It is expected that the simulation output will reduce the torque ripple veri ed by experiments and Anticipating Power Impulse Technique(APIT), giving the system output excellent stability.

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Speed Control of Three-Phase Induction Motor Fed by Renewable Energy Source

Cited by 6 publications

References 7 publications

Design of new structure of multilevel inverter based on modified absolute sinusoidal PWM technique

Design of new structure of multilevel inverter based on modified absolute sinusoidal PWM technique

Speed controller design for three-phase induction motor based on dynamic adjustment grasshopper optimization algorithm

Torque control-based induction motor speed control using Anticipating Power Impulse Technique

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