https://www.youtube.com/watch?v=_5QEof5HXF8风力发电机MATLAB仿真 Wind power plant model in Simulinkhttps://www.youtube.com/watch?v=_5QEof5HXF8, 视频播放量 6652、弹幕量 0、点赞数 33、投硬币枚数 5、收藏人数 128、转发人数 17, 视频作者 小老老师, 作者简介 PhD|
By this factor wind power plant installation also becomes an important concern. In this paper wind power plant is designed by using Simulink software and reactive power is injected by using a capacitor bank. The model graphs of wind turbine characteristics, active power and reactive power are ...
To study stability, Hydro-Québec simulated the mechanics of the turbine using a two-mass system model in Simulink that accounted for the pitch of the blade and torsional effects, among other details. Hydro-Québec engineers assembled a Simulink model of an entire wind farm comprising 73 individua...
The electrical power produced by the wind power plant has increased in the last years in the world, which it will be probably increasing also in the future. Therefore today's the wind power plants have a significant influence on the power production. In this article is described connection of...
To create a system model for closed-loop simulations, engineers in this second group combine the control model with a Simulink model that captures the impedance and dynamic characteristics of the grid at the point of connection with the plant. Using a S...
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This simulation box is inspired from the GE 1.5 MW model built in the Simulink library. Three wind turbines types from the top and latest products of three different wind turbines industry tycoons are considered as case studies for the proposed methodology. MATLAB and Simulink are used as ...
In this research, a grid-connected DFIG wind power plant model was developed using the MATLAB/Simulink environment. A step change in wind speed was used to test the durability of the optimized control and evaluate the performance of several adaptive fuzzy logic controllers (AFLCs) optimized by ...
The frequency spectrum analysis approach is used in the VSPS plant for determining the dynamic performances of the grid in case of contingencies including wind power fluctuation compensation. The software platform MATLAB/Simulink is used for verifying the performance of the proposed system. The results...
To this purpose, a thermodynamic model composed of several sub-systems describing wind turbine, multi-stage compressor, intercooler, aftercooler, heat recovery system, compressed air storage and turbine has been developed in Matlab/Simulink (R) environment. In the paper, several scenarios are compared...