Search Results - "Amuhaya, L. L."

Permanent Magnet Wind Generator with Double Excitation for Smart Grids by Amuhaya, L. L., Muchuka, Nicasio M., Akuru, Udochukwu B., Kamper, M. J., Obe, E. S.

“…The contribution begins with the attention that there is attention of directly grid connected wind turbine systems with generator designs adapting to the grid…”
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Design and optimisation of grid compliant variable-flux PM synchronous generator for wind turbine applications by Amuhaya, L. L., Kamper, M. J.

“…In this paper a grid compliant variable-flux PM generator topology for wind turbine applications is proposed. An analytical comparative study of a…”
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Effect of rotor field winding MMF on performance of grid-compliant hybrid-PM slip synchronous wind generator by Amuhaya, L. L., Kamper, M. J.

“…Grid-compliant wind-turbine systems require compensation of reactive power into the grid to maintain voltages and increase power system stability under…”
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Design analysis of a hybrid-PM synchronous generator for wind energy applications by Amuhaya, L. L., Kamper, M. J.

“…In this paper a hybrid-PM synchronous generator (hybrid PMSG) to be used in small-scale wind turbine systems is described. PMSGs are known for their high…”
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Design and Parametric Analysis of Dual Mechanical Port Field Excited Flux Switching Generator for Wind Turbine Applications by Ullah, Wasiq, Khan, Faisal, Akuru, Udochukwu B., Hussain, Shahid, Yousaf, Muhammad, Amuhaya, Lilian L.

“…In this paper, a novel dual mechanical port field excited flux switching generator (DMPFEFSG), which incorporates inner and outer rotors, is proposed for wind…”
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Electric Vehicle Candidature based on Electromagnetic Evaluation of the Double-Stator Wound-Field Flux Switching Machine by Idoko, Hillary C., Akuru, Udochukwu B., Ullah, Wasiq, Khan, Faisal, Popoola, Olawale, Amuhaya, Lilian L.

“…The study is proposed to evaluate the design capabilities of two variants of the double stator wound-field flux modulating machines (DSWFFSMs) for electric…”
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Design by optimisation of a buried PM variable-flux wind generator for grid connection by Amuhaya, L. L., Kamper, M. J.

“…In this paper, a multi-objective optimisation procedure based on the non-sorted genetic algorithm-II (NSGA-II) for the design of a buried PM wind generators…”
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Design and optimisation of variable-flux synchronous generators over the grid-code range using analytical and PSO methods by Amuhaya, L. L., Kamper, M. J.

“…Grid compliance is a crucial feature for modern wind turbine systems in power generation. The generator is one of the key components in a WTS. However, in…”
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