Aiming at requirement of control for megawatt wind-driven generator with variable propeller pitch of horizontal axis, a hydraulic control system is designed.

The structure shape design of the wind-driven generator rotor blade,the development of the blade materials used in the wind power generation field,and the development of the blade manufacturing process have been studied in this paper.

Based on its merit,double-fed wind-driven generator has become one of mainstream model of wind-driven generator which connect with grid directly.

Stimulation and analysis on the tower vibration of an off-grid wind turbine model;

Research on a multi-task hydraulic testing system for wind turbines;

Research on Wind Turbine Controller Based on CAN-Bus;

LPV H-infinity controller design for wind power generator;

Development and research progress of wind power generators

A rotor system of the magnetic suspending wind power generator is designed,which is supported with magnetic bearings in radial direction and constrained with mechanical force in axial direction.

Research on the reliability design theory for MW scale wind turbine generator system;

Model reference adaptive control of variable speed wind turbine generator;

Representative controlling strategy in major wind turbine generator with plane shaft;

Comparative analysis on the impact of the wind generator connected to the distribution network

The structure and design thought of wind generator were explained.

Double-fed wind generator was employed in this paper.