Theoretical and experimental analysis of SCIG and IG In Wind Turbine - Sahebkar Farkhani, Jalal
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The need for renewable energies, particularly the wind energy, has got much importance with regard to increase in demand and environmental issues. Actually, the changes in the structure of wind farm generators are occurring rapidly, hence the conventional generators are being replaced by newer ones. This study investigates the analytical and experimental performance of a series connected induction generator (SCIG) and compares it with an ordinary induction generator (IG) in wind turbines. The results show that the SCIG can be proposed as a suitable candidate for wind power generation.

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Produktbeschreibung
The need for renewable energies, particularly the wind energy, has got much importance with regard to increase in demand and environmental issues. Actually, the changes in the structure of wind farm generators are occurring rapidly, hence the conventional generators are being replaced by newer ones. This study investigates the analytical and experimental performance of a series connected induction generator (SCIG) and compares it with an ordinary induction generator (IG) in wind turbines. The results show that the SCIG can be proposed as a suitable candidate for wind power generation.
Autorenporträt
Jalal Sahebkar Farkhani was born in Quchan, Iran, 1985. He received the M.Sc. degree from University of Birjand (Iran, Birjand), in Analysis Dynamic Electrical Engineering, in 2012. His interest topics include dynamic, protection and renewable energy in power system.