Simulation and Analysis of Direct-driven Wind Turbine

Hu Hao, Bo Gu, Ren Yan, Huang Hui

Abstract


Direct-driven wind turbine has become one of the mainstream technologies in wind power generation. Studying the system structure and the control technology of direct-driven wind turbine is the basis for optimization operation of direct-driven wind turbine. The system structure of direct-driven wind turbines is analyzed and the main subsystem mathematical model of direct-driven wind turbine are established, including wind speed model, aerodynamic model, generator model, and grid side converter model. The overall model of direct-driven wind turbine is established by integration of each subsystem mathematical model. The overall model of the direct-driven wind turbine is modeled and analyzed, and the simulation results show that the direct-driven wind turbine model can accurately reflect the dynamic characteristics of the direct-driven wind turbine operation process.

Keywords


direct-driven wind turbine; control technology; mathematical model; dynamic characteristics

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International Journal of Online and Biomedical Engineering (iJOE) – eISSN: 2626-8493
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