Double-Fed Induction Generator(DFIG) - Globe Thesis

Keyword [Double-Fed Induction Generator(DFIG)] Result: 1 - 20 \| Page: 1 of 2
1.	Research Of Cut-in Control Strategies For Doubly-fed Induction Wind Power Generator
2.	The Simulation Study Of Wind Power Generation System Under Multi-operating Mode
3.	Research On Control Technology Of AC Excitation Doubly Fed Induction Wind Power
4.	Control Research On Matrix Converter In Double-fed Induction Generation System.
5.	Adaptation Control For Grid Connection Of Double-Fed Variable-Speed Constant Frequency Wind Power Systems
6.	Research On Control Strategy Of Distributed Power Supply Participating System Frequency Modulation
7.	Research-based Adaptive Speed Observer For Doubly Fed Wind Power Generation Control System
8.	The Research Of VSC-HVDC Transmission Technology On The Application Of Offshore Wind Farm
9.	Research On Grid-connetcted Converter Control Strategy For Vscf Wind Power System
10.	The Analysis Of Voltage Stability Of Power System Containing DFIG Based On Bifurcation
11.	Research On Transient Characteristics And Affecting Factor Of Doubly-Fed Induction Generator Connected To Grid
12.	Study On Transient Characteristics Of DFIG Wind Turbine Considering The PI Parameters Of Control System
13.	Simulation And Study Of Wind Turbine Generator Fault Based On LabVIEW
14.	Impact Of Gird Integration Of Doubly Fed Induction Generator On Power System Small-Signal Stability
15.	Control Strategies Study Of DFIG Under Extreme Grid Condition With Direct/VSC-HVDC Integration
16.	Research On Power System Voltage Stability With The Integration Of Wind Farm
17.	Research On Real-time Hardware-in-the-loop Simulation Of Double-fed Induction Generator Wind Power System
18.	Fault Ride-Through Control Of Wind Turbines With Doubly-Fed Induction Generators
19.	Impact Mechanisms Of DFIG Based Wind Farms' Active Power Recovery Control On Rotor Angle Stability And Control Strategies
20.	Reactive Power Control Strategy For DFIG With Stator Winding Inter-Turn Short Circuit Fault Connected To A Weak Network
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