Coordinated voltage control of wind-penetrated power systems via state feedback control

Model predictive control scheme for coordinated voltage control of power systems at the presence of volatile wind power generation

“…In this paper, the inverse time characteristic is employed as presented in [1]. The utilised OEL parameters are given in [15].…”

“…The utilised values of the equivalent DFIG parameters are given in [31]. In this study, the wind speed profile presented in [15] is utilised to model the impact of volatile nature of wind on the dynamic performance of the system at the presence of a DFIG-based wind farm. The wind profile is depicted in Fig.…”

“…In recent years, model predictive control (MPC), which is an advanced control method, has found many applications in power systems [7,[11][12][13][14][15][16][17][18][19][20]. Application of the MPC approach for coordinated voltage control (CVC) is proposed in [7].…”

Wind turbines robust fault reconstruction using adaptive sliding mode observer

“…Control theories are widely used in the wind turbines to increase energy production performance and achieving maximum power extraction goal. Thus, the control subsystems play a vital role in the performance of the wind turbines, and thereby the stability of power systems [1, 2]. In this regard, many approaches have been used to control the wind turbines working in either the partial or full load region.…”

Wind turbines sustainable power generation subject to sensor faults: Observer‐based MPC approach

“…1 Control theories have been effectively applied to the WT systems in order to increase the efficiency of energy extraction and maximum power extraction. 2,3 Therefore, the control subsystems in WTs play a very important role. The wind turbine controller has different objectives regarding the wind speed affecting the turbine.…”