Dual stator induction motor operation from two PWM voltage source inverters

Marwa, Ben Slimene; Larbi, Khlifi Mohamed; Mouldi, Ben Fredj; Rehaoulia, Habib

doi:10.1109/iceesa.2013.6578383

Cited by 8 publications

(4 citation statements)

References 7 publications

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“…In regard to the machine's running circumstances, steady-state analysis is critical. Algorithms that predict generator performance using induction motor data must be created in order to study the steady-state features and examine the effects of the factors, [18][19].…”

Section: Introductionmentioning

confidence: 99%

Efficiency of a Six-Phase Induction Generator Employing a Static Excitation Controller to Generate AC Power for Wind Energy

Khlifi

BenSlimene

2023

IEEE Access

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The most widely applied six phase induction generator (SPIG) leads to insufficient frequency regulation ability of power system. A six phase induction generator (SPIG) Combined with appropriate capacitors and a motor, it produces an induction generator that is self-excited. The advantage of this generator, which has recently caught the interest of various experts, particularly in the field of wind energy, combines the advantages of multiphase devices. This study aims to offer a technique for regulating the voltage of a wind-powered SPIG. The methodology suggests two different compensation setups for (V-f) control, involving two switching capacitors. Different setups' performance constraints, controls, and features will be closely scrutinized and contrasted. The performance limits of the suggested system will be contrasted. to those of variable speed and variable capacity systems after being modelled and simulated. The results show that using the optimal capacitances for each configuration improves voltage and frequency regulation significantly. The preferable option, however, is short-shunt compensation since it regulates the output voltage and frequency with the fewest capacitances and the least amount of necessary duty fluctuation.INDEX TERMS Six phase induction generator, energy efficiency, performance characteristics, optimal capacitances, voltage control, self-excitation.

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Section: Introductionmentioning

confidence: 99%

Efficiency of a Six-Phase Induction Generator Employing a Static Excitation Controller to Generate AC Power for Wind Energy

Khlifi

BenSlimene

2023

IEEE Access

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“…1. If the two three-phase windings are placed at electrical 0° and 60°, then these machines are known as symmetrical six-phase machines [4,5]. When the second set of three-phase winding is placed at electrical 30° from the first set of three-phase winding then machine is termed as asymmetrical six-phase machine.…”

Section: Introductionmentioning

confidence: 99%

“…When the second set of three‐phase winding is placed at electrical 30° from the first set of three‐phase winding then machine is termed as asymmetrical six‐phase machine. The performance of 0° and 60° displaced six‐phase induction machine is virtually same [4–6].…”

Section: Introductionmentioning

confidence: 99%

Redundant switching state based DTC for six‐phase symmetrical induction motor driven by nine‐switch inverter

Sharma

Aware

Bhowate

2019

IET Electric Power Applications

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This paper presents the implementation of direct torque control (DTC) algorithm on the symmetrical six-phase (0°d isplaced) induction motor supplied by nine-switch inverter (NSI). This configuration provides the better dc bus utilisation in comparison to symmetrical 60° displaced and asymmetrical six-phase induction motor. In the conventional topology, 12-switch two-level inverter is required to control the drive where total 64 switching states are available. In the proposed system, NSI is used to drive the motor which is having 27 switching states. The DTC algorithm is proposed with five-level torque comparator by using large, small and zero voltage vectors for reduction in torque ripples. The elimination of xy-subspace flux without affecting the merits of conventional DTC is achieved by using redundant switching states of the inverter. The experimental results under steady-and dynamic-state operation are provided with DTC algorithm on 0° displaced symmetrical six-phase motor supplied by NSI to validate the effective controlling.

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“…Para o motor hexafásico composto por dois conjuntos trifásicos, obtém-se uma maior redução na pulsação do torque, no caso de os dois conjuntos serem espacialmente deslocados entre si de π/6 radianos elétricos, embora ocorra o surgimento de harmônicos da corrente de fase, quando alimentado por inversor fonte de tensão de onda quadrada [9,14,15], ou o aumento do conteúdo harmônico total, quando alimentado com modulação por largura de pulso senoidal, ou pulse width modulation (PWM) [16]. Com o objetivo de reduzir esses harmônicos, em [17,18] é testado um filtro seletivo para os harmônicos utilizando um estator hexafásico externo rebobinado.…”

Section: Revisão Bibliográficaunclassified

Modelagem de um motor de indução hexafásico assimétrico e redução de seus harmônicos de corrente por um controlador P-BSNN

Dainez¹,

Bim²

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Dual stator induction motor operation from two PWM voltage source inverters

Cited by 8 publications

References 7 publications

Efficiency of a Six-Phase Induction Generator Employing a Static Excitation Controller to Generate AC Power for Wind Energy

Efficiency of a Six-Phase Induction Generator Employing a Static Excitation Controller to Generate AC Power for Wind Energy

Redundant switching state based DTC for six‐phase symmetrical induction motor driven by nine‐switch inverter

Modelagem de um motor de indução hexafásico assimétrico e redução de seus harmônicos de corrente por um controlador P-BSNN

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