Sentence examples for large scale wind turbines from inspiring English sources

Design models and operating conditions for large scale wind turbines do not directly apply towards these small harvesters.

The presented study approach of aerodynamic loads calculation and analysis is of the university, and helpful for thorough research of loads reduction on large scale wind turbines.

System's governing equations considering the aeroelastic effects of large scale wind turbines are derived by coupling a multibody method with a free vortex wake (FVW) method.

The aim of the present paper is the analysis of simplified boundary conditions to be used in numerical simulations, to take into account blockage effects for wind tunnel experiments of large scale wind turbines.

Then, by combing BEM modified theory with DS model, a set of calculation method of aerodynamic loads for large scale wind turbines is proposed, in which some influence factors such as wind shear, tower, tower and blade vibration are considered.

The hydro-viscous transmission is potentially attractive for large scale wind turbines and is capable of significantly improving the turbine controllability and reliability due to the direct drive-train speed control.

Until now, large-scale wind turbines have faced into the wind.

Vibration control and fatigue loads reduction are important issues in large-scale wind turbines.

Non-polluting and renewable wind energy harnessed by means of large-scale wind turbines has been well-studied and applied.

The present approach can be equally employed for determining pitch angles to design pitch control system of medium and large-scale wind turbines.

The blade pitch control is an effective method to improve the aerodynamic response of a wind turbine, usually applied to large-scale wind turbines.