Showing 1 results for M. Sedighizadeh
M. Kalantar, M. Sedighizadeh,
Volume 1, Issue 1 (January 2005)
Abstract
A dynamic reduced order model using integral manifold theory has been derived,
which can be used to simulate the DOIG wind turbine using a double-winding
representation of the generator rotor. The model is suitable for use in transient stability
programs that can be used to investigate large power systems. The behavior of a wind farm
and the network under various system disturbances was studied using this dynamic model.
Simulation results of the proposed method represents that integral manifold method results
fit the detailed model results with a higher precision than other methods.