Wind Turbine Comparative Analysis: With and Without Active Stall Control

This study examines wind turbines operating with and without active stall control systems. The simulation models were developed using MATLAB/Simulink's Wind Turbine Blockset, where a lookup table implementation was integrated into the rotor model to characterize stall behavior dynamics through table-based parameter mapping.

Further investigation includes practical testing and performance analysis of wind turbine systems. Experimental procedures evaluate how different control methodologies affect power output efficiency and operational characteristics. The research also assesses control system stability, reliability, and applicability under various operational conditions through comprehensive scenario testing.

Beyond modeling and experimentation, this study incorporates a thorough literature review to understand current research advancements in wind turbine technology and active stall control mechanisms. By analyzing relevant publications, we gain deeper insights into frontier challenges and emerging trends in the field.

In summary, this research aims to conduct comprehensive analysis of wind turbines with and without active stall control systems, employing both simulation modeling and experimental validation to enhance performance optimization and operational efficiency.