Providing an optimal strategy for wind turbine control in order to optimize output power and power filter

In this research, a new strategy has been presented in line with the performance of the wind turbine with the approach of maximizing the output power and reducing the power filter, structure. The proposed controller is also designed to be resistant to changes in generator parameters. Also, a non-interruption transmission scheme for intra-regional controller switching is introduced in order to reduce power and structural load fluctuations caused by wind changes. The simulation results of this proposed design are confirmed through SIMULINK and SIM POWER SYSTEM simulation studies. It indicates the great effect of the proposed intra-area switching design, which is associated with a significant reduction of the power filter.In this research, a new strategy has been presented in line with the performance of the wind turbine with the approach of maximizing the output power and reducing the power filter, structure. The proposed controller is also designed to be resistant to changes in generator parameters. Also, a non-interruption transmission scheme for intra-regional controller switching is introduced in order to reduce power and structural load fluctuations caused by wind changes. The simulation results of this proposed design are confirmed through SIMULINK and SIM POWER SYSTEM simulation studies. It indicates the great effect of the proposed intra-area switching design, which is associated with a significant reduction of the power filter.

کلیدواژه ها:

renewable energy ، Wind Turbine ، Dual-feed induction generator ، Vector control and control