Comparative performance of wind turbine driven PMSG with PI-controllers tuned using heuristic optimization algorithms

Ali, Ahmed; Moussa, A.; Abdelatif, K.; Eissa, M.M.; Wasfy, S. M.; Malik, O.P.

doi:10.1109/energycon.2014.6850416

Cited by 8 publications

(3 citation statements)

References 19 publications

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“…Kassem and Zaid (2014) developed a controller for an autonomous variable-speed PMSG WT with an energy storing system based on Takagi-Sugeno fuzzy logic algorithm. Ali et al (2014b) applied a self-adaptive global best harmony search algorithm for tuning PI controllers for the generator-side converter of a PMSG-based WT. ANFIS controllers produced faster speed response than PI controllers in terms of rise time, overshoot, settling time and steady state in Ali et al (2014a).…”

Section: Control Strategiesmentioning

confidence: 99%

A critical review of research trends for wind energy in Egypt: recent progress and promising opportunities

Moness

Moustafa

2019

IJETP

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Energy is a cornerstone for achieving industrial development and prosperous economy. Wind energy has the biggest share of renewable energy sector in many countries leading the way for replacing fossil fuels. Egypt, as one of the developing countries, is heading towards increasing penetration levels of wind power to face energy challenges. This strategy takes advantage of the investigated high potential of wind energy in several locations across Egypt. In order to gain most benefits and economical revenues from wind energy, a national research and development policies have to be deployed. Effective research policies enhance the capabilities of local industry for wind power technology. This review characterises current progress and categorises areas of interest for recent research of wind energy in Egypt. Accordingly, a vision for existing gaps, futuristic directions and promising areas for research is formulated.

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Section: Control Strategiesmentioning

confidence: 99%

A critical review of research trends for wind energy in Egypt: recent progress and promising opportunities

Moness

Moustafa

2019

IJETP

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“…Nowadays, optimization algorithms are effective in fine-tuning the CPI controller to boost the dynamic behavior of PMSG. Many optimization techniques such as Jaya optimizer (JO), particle swarm optimizer (PSO), and whale optimizer algorithm (WOA) were applied to improve the dynamic behavior of PMSG (Ali et al, 2014;Mahmoud et al, 2020). These studies focused on only one issue of variable wind speed or fault incidents.…”

Section: Introductionmentioning

confidence: 99%

Dynamic evaluation of optimization techniques–based proportional–integral controller for wind-driven permanent magnet synchronous generator

et al. 2020

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Converters of permanent magnet synchronous generator (PMSG), driven by wind turbines, are controlled by a classical proportional–integral controller. However, many research studies highlighted the challenge in PMSG due to the poor performance of the classical proportional–integral controller, especially in the event of faults or wind speed variations. This article proposes a solution for the limitations of the classical proportional–integral controller with PMSG driven by a wind turbine. The proposed solution includes two optimization techniques: gray wolf optimizer and whale optimizer algorithm. To ensure the effectiveness of the proposed techniques, step change and random variation of wind speed are studied. Moreover, fault ride-through capability of the PMSG is studied with gray wolf optimizer and whale optimizer algorithm techniques during the occurrence of a three-phase fault incident. In this case, a braking chopper controlled by a hysteresis controller is connected to the DC-link capacitor. The simulated results show that compared with the classical proportional–integral controller, gray wolf optimizer and whale optimizer algorithm techniques are greatly efficient in improving the dynamic behavior of the PMSG during wind speed variations. Moreover, gray wolf optimizer and whale optimizer algorithm techniques present their effectiveness during the fault incident by suppressing the transient variations of all the PMSG parameters, improving the fault ride-through capability, and decreasing the total harmonic distortion of the current waveforms. All simulations are performed with MATLAB/ Simulink program package.

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“…Saat ini permanent magnet synchronous generator (PMSG) merupakan salah satu generator sinkron yang paling banyak digunakan pada aplikasi sistem VSWT karena memilliki beberapa keuntungan yaitu (1) tidak memerlukan sistem eksitasi eksternal, tidak terdapat rugi-rugi tembaga pada rangkaian rotor, biaya perawatan rendah dan kerapatan daya tinggi [7], (2) reliabilitas yang lebih baik, membutuhkan perawatan yang tidak rumit, ringan, volume rendah, performansi tinggi [8], (3) tidak membutuhkan gearbox sehingga dapat beroperasi pada kecepatan rendah dan menggurangi rugi-rugi, berat, dan biaya perawatan, (4) efisiensi tinggi [9], (5) Jika terdapat gangguan pada grid tidak berpengaruh secara langsung pada generator, (5) amplitudo dan frekuensi tegangan generator dapat dikontrol penuh oleh konverter [10]. Penggunaan PMSG pada turbin angin jenis variable speed…”

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Desain Prototipe Sistem Konversi Energi Angin Skala Kecil Terhubung ke Baterai

Putri¹,

Rifa'i²,

Mandayatma³

2020

CYCLOTRON

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Energi angin merupakan salah satu sumber energy terbarukan yang memiliki potensi besar di Indonesia untuk dikembangkan sebagai pengganti energy fosil yang semakin menipis. Penggunaan energi angin sangat dipengaruhi kecepatan angin yang berfluktuasi sehingga menghasilkan tegangan keluaran yang berfluktuasi pula. Untuk mengatasi hal tersebut dibutuhkan baterai sebagai penyimpan energi. Pada artikel ini kan dibahas mengenai desain prototipe sistem konversi energi angin dengan menggunakan permanent magnet synchronous generator (PMSG) skala kecil yang terhubung ke baterai. Sistem didesain dengan menggunakan mikrokontroller sebagai pengolah data yang mengatur kerja sistem keseluruhan dan menghasilkan sinyal pulse width modulation (PWM) untuk konverter. Pada saat putaran angin dapat menghasilkan tenaga listrik yang baik maka tegangan untuk beban akan disuplai dari prototipe turbin angin tersebut. Namun jika tenaga listrik turbin angin yang dihasilkan kecil, maka tegangan untuk beban akan disuplai dari baterai. Berdasarkan hasil pengujian, rangkaian konverter dapat mengatur pengisian dan pengosongan baterai pada sistem turbin angin berdasarkan pengukuran arus dan tegangan

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Comparative performance of wind turbine driven PMSG with PI-controllers tuned using heuristic optimization algorithms

Cited by 8 publications

References 19 publications

A critical review of research trends for wind energy in Egypt: recent progress and promising opportunities

A critical review of research trends for wind energy in Egypt: recent progress and promising opportunities

Dynamic evaluation of optimization techniques–based proportional–integral controller for wind-driven permanent magnet synchronous generator

Desain Prototipe Sistem Konversi Energi Angin Skala Kecil Terhubung ke Baterai

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