Research on Low Voltage Ride Through of Double-fed Inductive Generator Wind Power System
XU Hong-hua
Abstract
XU Hong-hua
Abstract
Due to the double fed induction generator's(DFIG) advantages of controlling active and reactive power independently and partly power converter,DFIG is becoming a popular type of wind power generation system.However,the converter is quite sensitive to grid disturbance because of its limited partial capacity compared with the generator rating.Nowadays the grid code in European demands that the wind power generator possesses the ability of low voltage ride through(LVRT),in order to prevent the more severe successive grid faults.A simple LVRT system was built.The experi-mental results on a 22 kW platform prove that active crowbar circuit is able to reduce the transient current and the system realizes the LVRT ability.
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Due to the double fed induction generator's(DFIG) advantages of controlling active and reactive power independently and partly power converter,DFIG is becoming a popular type of wind power generation system.However,the converter is quite sensitive to grid disturbance because of its limited partial capacity compared with the generator rating.Nowadays the grid code in European demands that the wind power generator possesses the ability of low voltage ride through(LVRT),in order to prevent the more severe successive grid faults.A simple LVRT system was built.The experi-mental results on a 22 kW platform prove that active crowbar circuit is able to reduce the transient current and the system realizes the LVRT ability.
Key concepts: Crowbar, Low voltage ride through, Grid code, Induction generator, AC power, Wind power, Transient (computer programming), Electrical engineering