This article presents a time-domain modeling approach for optimizing wind turbine efficiency, considering aerodynamic and structural dynamics.
The National Renewable Energy Laboratory (NREL) discusses the use of time-domain simulations for optimizing wind turbine performance and reducing costs.
This IEEE publication explores advanced control techniques, including model predictive control and extremum seeking control, for optimizing wind turbine efficiency in the time domain.
This journal article presents a time-domain analysis of wind turbine dynamics, focusing on the optimization of efficiency and reduction of loads.
OpenWind offers a wind turbine efficiency optimization tool, utilizing time-domain simulations to improve turbine performance and reduce energy costs.
This video tutorial demonstrates the use of time-domain simulations for optimizing wind turbine efficiency, using the OpenFAST software.
This article discusses the application of machine learning techniques to time-domain models for optimizing wind turbine efficiency and predicting energy production.
Stanford University's Wind Energy Research group explores time-domain wind turbine efficiency optimization techniques, including the development of advanced control systems and simulation tools.