This paper describes the modeling of DFAG (Doubly-Fed Asynchronous Generator) controllers such as electric and turbine controllers for the transient stability studies. The DFAG electric control model controls both the reactive power and electric pow...
This paper describes the modeling of DFAG (Doubly-Fed Asynchronous Generator) controllers such as electric and turbine controllers for the transient stability studies. The DFAG electric control model controls both the reactive power and electric power of DFAG. The DFAG turbine control model including wind power aerodynamic modeling controls the mechanical power by changing the pitch angle. The suggested DFAG controller models are tested against 6-machine and 23-bus system.