This study addresses the problem of controlling a variable- speed wind turbine with a doubly fed induction generator (DFIG) by control System that called One-Cycle control (OCC). Generator-side converter regulator speed and Grid-side converter controls reactive power and voltage of the DC-Link. Proposed method under different conditions such as load change, fault and nonlinear loads are studied. The whole DFIG wind turbine model is set up in Matlab/Simulink and simulation has been done for a sample network in different conditions. Comparisons of OCC and PWM control methods have been presented through simulations where OCC has demonstrated better features compared to PWM control.
ketabi,A and Yazdekhasti,A . (2023). Active and reactive power control of â DFIG wind turbines by OCC method. Energy Engineering and Management, 1(2), 2-10.
MLA
ketabi,A , and Yazdekhasti,A . "Active and reactive power control of â DFIG wind turbines by OCC method", Energy Engineering and Management, 1, 2, 2023, 2-10.
HARVARD
ketabi A, Yazdekhasti A. (2023). 'Active and reactive power control of â DFIG wind turbines by OCC method', Energy Engineering and Management, 1(2), pp. 2-10.
CHICAGO
A ketabi and A Yazdekhasti, "Active and reactive power control of â DFIG wind turbines by OCC method," Energy Engineering and Management, 1 2 (2023): 2-10,
VANCOUVER
ketabi A, Yazdekhasti A. Active and reactive power control of â DFIG wind turbines by OCC method. Energy Eng. Manag.. 2023;1(2):2-10 (In Persian).
