Key Technology in the Design of Double-fed Induction Generator for High Power Wind Turbine
Wind driven DFIG (double fed induction generator) is the mainstream model of grid-connected high power wind turbine and DFIG is the key part that influence the performance and reliability of wind turbine.
LI Jinze, WANG Jianliang
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Enhanced grid stability of DFIG-based wind systems through intelligent reactive power coordination using machine learning-based control. [PDF]
Borah B +4 more
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Experimental evaluation of an advanced rooted tree optimization based super twisting sliding mode power control for variable-speed wind turbine systems. [PDF]
Alturki M +6 more
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A novel ANN-based approach for fault detection and classification in modern TCSC-compensated transmission lines integrated with DFIG-based wind farms utilizing WST. [PDF]
Oda ES +3 more
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Experimental validation of metaheuristic-optimized control for standalone DFIG dynamic performance enhancement. [PDF]
Soued S +3 more
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Real-Time stability enhancement of DDPMSG-based tidal hybrid power systems using heuristic optimization. [PDF]
Bhutto JK +4 more
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Dynamic performance enhancement of adjustable blade pitch angle for wind generation system applications based on artificial neural network control techniques. [PDF]
Ameen AG +3 more
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Detection, Discrimination, and Localization of Rotor Winding Faults in Doubly Fed Induction Generators Using a Three-Layer ZSC-CASI-CADI Framework. [PDF]
Aziz MS +4 more
europepmc +1 more source
Hybrid Forecast-Enabled Adaptive Crowbar Coordination for LVRT Enhancement in DFIG Wind Turbines. [PDF]
Su X, Kim H, Kim C, Zhang M, Jung H.
europepmc +1 more source
Hybrid Fennec Fox-Sand Cat optimized cascaded ANFIS MPPT for enhanced control of DFIG-based WECS with grid support. [PDF]
Rajanala P +7 more
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