Control of Five-Phase Induction Machine with Three-Phase Inverter via Three-to-Five Phase Transformer

Khelafi, Abdelhakim; Djebli, Abdelmalik; Ouadah, M.; Touhami, O.; Ibtiouen, Rachid

doi:10.1109/icem49940.2020.9270971

2020 International Conference on Electrical Machines (ICEM) 2020

DOI: 10.1109/icem49940.2020.9270971

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Control of Five-Phase Induction Machine with Three-Phase Inverter via Three-to-Five Phase Transformer

Abdelhakim Khelafi

Abdelmalik Djebli

M. Ouadah³

et al.

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Cited by 3 publications

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“…The case of five-phase induction machine controlled by an industrial Schneider ALTIVAR38 via three-to-five phase transformer is presented in ref. [15], moreover the study proposes two equivalent model of the system formed by the machine and the transformer, besides two schemes of indirect flux vector control are proposed corresponding to the proposed equivalent models.…”

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confidence: 99%

Design and modelling of three‐to‐five phase three‐limbed transformer

Khelafi

Djebli

Touhami

et al. 2023

IET Electric Power Appl

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This study presents a design study and modelling of three‐to‐five phase transformer with three‐limb magnetic core. The basics of phase transformation windings are discussed. The purpose of such winding is to produce at the secondary a balanced multiphase voltage system, from multiphase primary of different number of phases, without unbalance in the primary and secondary under load conditions. In order to overcome the imbalance due to the dispositions of the winding coils on the magnetic core, simulations using aided computer design are performed. Furthermore, this study presents a model of a three‐to‐five phase three‐limbed transformer, which is suitable for modelling the behaviour of this transformer at no‐load, under load, and under unbalance load conditions. This study is conducted by simulation and experimental tests.

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mentioning

confidence: 99%

Design and modelling of three‐to‐five phase three‐limbed transformer

Khelafi

Djebli

Touhami

et al. 2023

IET Electric Power Appl

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A Review of State-of-the-Art Multiphase and Hybrid Electric Machines

Gholamian,

Beik,

Arshad

2024

Electronics

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In the realm of electric machines, there has been an increasing interest in multiphase (greater than three-phase) and hybrid excited machines. The benefits of multiphase machines include improved power density, efficiency, reliability, and fault tolerance, while for hybrid electric machines, the literature offers a variety of topologies, each with its own advantages and disadvantages. In essence, the term hybrid for electric machines is used when there is more than one source of excitation, e.g., permanent magnet (PM) excitation combined with or assisted by wound field (WF) excitation. This paper presents an extensive review of the latest topologies in hybrid machines. It explores fundamental principles, multiphase winding, and the advantage of multiphase over three-phase, as well as a comparison of ripple in the DC link for different numbers of phase winding. Additionally, this review discusses applications across industries, including automotive, aerospace, marine, and renewable energy systems. This paper later studies the motoric and generator modes of hybrid machines while considering the machine characteristics in both of these modes.

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Power Conversion Techniques Using Multi-Phase Transformer: Configurations, Applications, Issues and Recommendations

et al. 2021

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Recently, the superiority of multi-phase systems in comparison to three-phase energy systems has been demonstrated with regards to power generation, transmission, distribution, and utilization in particular. Generally, two techniques, specifically semiconductor converter and special transformers (static and passive transformation) have been commonly employed for power generation by utilizing multi-phase systems from the available three-phase power system. The generation of multi-phase power at a fixed frequency by utilizing the static transformation method presents certain advantages compared to semiconductor converters such as reliability, cost-effectiveness, efficiency, and lower total harmonics distortion (THD). Multi-phase transformers are essential to evaluate the parameters of a multi-phase motor, as they require a multi-phase signal that is pure sine wave in nature. However, multi-phase transformers are not suitable for variable frequency applications. Moreover, they have shortcomings with regard to impedance mismatching, the unequal number of turns which lead to inaccurate results in per phase equivalent circuits, which results in an imbalance output in phase voltages and currents. Therefore, this paper aims to investigate multi-phase power transformation from a three-phase system and examine the different static multi-phase transformation techniques. In line with this matter, this study outlines various theories and configurations of transformers, including three-phase to five-, seven-, eleven-, and thirteen-phase transformers. Moreover, the review discusses impedance mismatching, voltage unbalance, and per phase equivalent circuit modeling and fault analysis in multi-phase systems. Moreover, various artificial intelligence-based optimization techniques such as particle swarm optimization (PSO) and the genetic algorithm (GA) are explored to address various existing issues. Finally, the review delivers effective future suggestions that would serve as valuable opportunities, guidelines, and directions for power engineers, industries, and decision-makers to further research on multi-phase transformer improvements towards sustainable operation and management.

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Control of Five-Phase Induction Machine with Three-Phase Inverter via Three-to-Five Phase Transformer

Cited by 3 publications

References 9 publications

Design and modelling of three‐to‐five phase three‐limbed transformer

Design and modelling of three‐to‐five phase three‐limbed transformer

A Review of State-of-the-Art Multiphase and Hybrid Electric Machines

Power Conversion Techniques Using Multi-Phase Transformer: Configurations, Applications, Issues and Recommendations

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