Sixth order model of wind turbine voltage flicker considering vertical wind shear
Datta. S. Chavan, Divya Parashar, Anupama Singh, himanshu ., Shital Gaikwad, Vivek Saahil, Jaywant Sankpal, P. B. Karandikar
Abstract
Datta. S. Chavan, Divya Parashar, Anupama Singh, himanshu ., Shital Gaikwad, Vivek Saahil, Jaywant Sankpal, P. B. Karandikar
Abstract
Diverse models of voltage flicker are established by researchers. Each model has its own disadvantage. In this paper analysis of various models is done. The models consist of various wind turbine parameters like wind turbine tower height, surface roughness of the region, building height if the turbine is mounted on a building or hill height and slope of the hill on which the turbine is mounted. Sixth order model is most appropriate for wind turbine output voltage flicker.
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Diverse models of voltage flicker are established by researchers. Each model has its own disadvantage. In this paper analysis of various models is done. The models consist of various wind turbine parameters like wind turbine tower height, surface roughness of the region, building height if the turbine is mounted on a building or hill height and slope of the hill on which the turbine is mounted. Sixth order model is most appropriate for wind turbine output voltage flicker.
Key concepts: Turbine, Flicker, Wind power, Tower, Wind shear, Voltage, Marine engineering, Meteorology