Investigation on Flux Characteristics of Field Excitation Flux Switching Machine with Single FEC Polarity

Sulaiman, Erwan; Teridi, M. F. M.; Husin, Zhafir Aizat; Ahmad, M. Z.; Kosaka, Takashi

doi:10.1016/j.protcy.2013.12.230

Cited by 4 publications

(4 citation statements)

References 12 publications

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“…Presently, there are far too many other concepts for wind generating systems that cannot be fully debated in this paper because they are either both developed but are yet established for wind generating systems, or are still relatively new and are being tested, or have been proposed and information about them is very scanty. However, a number of them will be mentioned here for reference purposes: (Sulaiman et al, 2013;Kayano et al, 2010;Ojeda et al, 2012) • Ferrite-assisted reluctance synchronous generator (FA-RSG) (Baek et al, 2009); • Magnetic gears and pseudo-direct drive (Wenlong, 2011); • Superconducting machines (Jensen et al, 2013); • PM Field-intensified synchronous reluctance generator (FI-RSG) (theoretical).…”

Section: Innovative Wind Generator Conceptsmentioning

confidence: 99%

Contemporary wind generators

Akuru¹,

Kamper²

2015

J. energy South. Afr.

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It is believed that wind energy is growing at a very rapid rate, especially in the last few years. When compared with other sources of renewable energy in the energy portfolio, it becomes evident that the bulk is wind energy-based. However, there are some backlogs to full manifestation of this technology ranging from initial high cost to performance and reliability issues, among others. But in spite of these bottlenecks, new research trends have been assertive in seeking out a sustainable solution for harnessing wind energy for power generation – especially in the design and construction of wind generators. In order to motivate and prime a sustainable energy mix among stakeholders, this paper is a shot at appraising the theory of these innovative wind generators towards ecological sustainability, economy, efficiency, and employment creation.

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Section: Innovative Wind Generator Conceptsmentioning

confidence: 99%

Contemporary wind generators

Akuru¹,

Kamper²

2015

J. energy South. Afr.

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“…• Synchronous reluctance generator (SynRG) (Tokunaga et al;2011) • Switched reluctance generator (SRG) (Choi et al, 2014); • Brushless DFIG (BDFIG) (Long et al, 2013); • Split-PM induction generator (S-PMIG) (Potgieter, 2011); • Slip synchronous-PM generator (SS-PMG) (Potgieter, 2014); • Switched-flux generator (SFG) (Sulaiman et al, 2013;Kayano et al, 2010;Ojeda et al, 2012) • Ferrite-assisted reluctance synchronous generator (FA-RSG) (Baek et al, 2009); • Magnetic gears and pseudo-direct drive (Wenlong, 2011); • Superconducting machines (Jensen et al, 2013); • PM Field-intensified synchronous reluctance generator (FI-RSG) (theoretical).…”

Section: Innovative Wind Generator Conceptsmentioning

confidence: 99%

Contemporary wind generators

Akuru

Kamper

2014

2014 International Conference on the Eleventh Industrial and Commercial Use of Energy

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“…They can be categorized into three groups that are PMFSM, FEFSM, and HEFSM. Both PMFSM and FEFSM has only permanent magnet (PM) and field excitation coil (FEC), respectively as their main flux sources, while HEFSM combines both PM and FECs [1][2] Initially, a PMFSM that is permanent magnet single-phase angle actuator or well known as laws relay has been developed [3]. It was further improved to single phase generator with 4 stator slots and 4 or 6 rotor poles.…”

Section: Introductionmentioning

confidence: 99%

Comparative Performance of FE-FSM, PM-FSM and HE-FSM with Segmental Rotor

Soomro

Sulaiman

Khan

2015

AMM

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Abstract. Flux switching machines (FSMs), new type of electric machines with unique operating principles have been introduced and published recently. FSMs contain armature and excitation sources on the stator with robust rotor structure. According to rotor structure FSMs can be classified into two types namely salient pole rotor and segmental pole rotor. Various topologies have been studied and published using both rotor structures, however salient pole rotor has a demerit of less torque generation due to longer flux path resulting flux leakage surrounding the rotor. In this paper a new structure of hybrid excitation FSM (HEFSM) with segmental rotor is proposed and a comparative analysis with the invented field excitation FSM (FEFSM) and permanent magnet FSM (PMFSM) is presented. Initially, coil arrangement tests are examined to confirm the operating principle of HEFSM with segmental rotor. Moreover, the cogging torque, induced voltage, magnetic flux, torque at various armature current densities and power characteristics are observed based on 2D-finite element analysis (FEA).

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Investigation on Flux Characteristics of Field Excitation Flux Switching Machine with Single FEC Polarity

Cited by 4 publications

References 12 publications

Contemporary wind generators

Contemporary wind generators

Contemporary wind generators

Comparative Performance of FE-FSM, PM-FSM and HE-FSM with Segmental Rotor

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