MOTEUR ASYNCHRONE
2016-08-23
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Wind energy deployment has experienced significant growth in the last decade. In the past, wind turbine generator (WTG) used a very simple stall control and constant speed induction generator (type 1) directly connected to the wind turbine. Cost effective power converters, advanced modern control and aeroelastic Research (when the elastomer is exposed to fluid flow, the interaction between inertia, elasticity, and aerodynamic forces) and the supply of fast computing microprocessors enable the design of wind turbine engineers to provide high quality output power while improving the power system at the same time System operation of a very mature, modern wind turbine. To carry out a comprehensive design, all aspects of a wind turbine need to be considered. In this work, we try to use the fatigue, aerodynamics, structure and turbulence (fast) software of National Renewable Energy Laboratory (NREL) to simulate the specific aerodynamics and mechanical aspects of wind turbine, showing the overall wind turbine model, Matrix Laboratory (matlab)/ Simulink [2] to simulate generators, converters, collector systems, and grid connected wind turbines. References [1-9] cover more detailed basic equations for fast, as well as in powertrain and generator models. Wind energy deployment has experienced substantial growth in recent decades. In the past, wind turbine generators (WTGs) utilized a very simple wind turbine with stall control and a fixed-speed directly-connected induction generator (Type 1). Affordable power converters, advances in modern control, and the study of aeroelasticity (the interactions between inertial, elastic, and aerodynamic forces that occur when an elastic body is exposed to a fluid flow), and the availability of fast-computing microprocessors enabled wind turbine engineers to d
matlab
MOTEURASYNCHRONE
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