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Calculation of fault current contribution of type I wind turbine-generators
Conference ObjectAbstract: Increasing fault current contribution from wind farms into the utility network presents new engineerPalabras claves:Generators, Induction generators, Power system faults, power system planning, Power system protection, power system transients, smart grids, Wind energy, Wind farms, Wind generators, Wind power generationAutores:Dang J., Harley R.G., Howard D., Jose Alex Restrepo, Smith T., Starke M.Fuentes:scopusElectromagnetic design considerations for a 50,000 rpm 1kW Switched Reluctance Machine using a flux bridge
Conference ObjectAbstract: The Switched Reluctance Machine (SRM) is a robust machine and is a candidate for ultra high speed apPalabras claves:Autores:Bednar C., Dang J., Du Y., Habetler T.G., Haghbin S., Harley R.G., Jose Alex Restrepo, Liles H., Mayor J.Fuentes:scopusHigh speed SRM control considering the inductance profile of a flux-bridge rotor
Conference ObjectAbstract: The closed-loop speed control for a high speed switched reluctance machine (SRM) is studied in thisPalabras claves:Autores:Dang J., Habetler T.G., Harley R.G., Jose Alex Restrepo, Mayor J., Semidey S.Fuentes:scopusPractical considerations for the design and construction of a high-speed SRM with a flux-bridge rotor
ArticleAbstract: The practical considerations for a 50 000 r/min switched reluctance machine are studied in this papePalabras claves:bridges, Inductance, Loss measurement, Prototypes, Reluctance motors, Rotors, TorqueAutores:Dang J., Habetler T.G., Harley R.G., Jose Alex Restrepo, Mayor J., Semidey S.Fuentes:scopusSwitched reluctance machine optimization method using current-fed FEA simulation
Conference ObjectAbstract: The switched reluctance machine (SRM) is a reliable machine and has received much attention in recenPalabras claves:Autores:Dang J., Habetler T.G., Harley R.G., Jose Alex Restrepo, Mayor J., Semidey S.Fuentes:scopus