Authors :
S.Bouhafna; I.Toumi; S. Benaggoune; B. Maghni
Volume/Issue :
Volume 5 - 2020, Issue 8 - August
Google Scholar :
http://bitly.ws/9nMw
Scribd :
https://bit.ly/325a40J
DOI :
10.38124/IJISRT20AUG075
Abstract :
This paper treats the modeling of a wind
energy conversion system connected to the grid, which
is composed of a horizontal axis wind turbine operating
at variable wind speeds, a doubly- fed induction
generator and two converters ( AC / DC and DC / AC)
controlled by direct torque control (DTC) with
application of neural networks. The results of
simulations of the studied system are presented in the
Matlab / Simulink environment.
Keywords :
Wind Turbine; DFIG; (DTC); artificial neural networks (ANN).
This paper treats the modeling of a wind
energy conversion system connected to the grid, which
is composed of a horizontal axis wind turbine operating
at variable wind speeds, a doubly- fed induction
generator and two converters ( AC / DC and DC / AC)
controlled by direct torque control (DTC) with
application of neural networks. The results of
simulations of the studied system are presented in the
Matlab / Simulink environment.
Keywords :
Wind Turbine; DFIG; (DTC); artificial neural networks (ANN).
