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Stability Analysis of Real and Reactive Power in a Grid Connected Wind Power System

机译:并网风力发电系统中有功和无功的稳定性分析

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With the advancement of technology, there is a need to connect the world in one link and to provide 24hours access to all facilities. For that it requires the availability of electricity all the time and this paper focus on the various available resources in order to full fill the requirement. We finally end up at the wind power energy by discarding other because of some demerits. The wind power generated is connected to the grid by synchronizing various parameters and its steps to do so has been discussed in this paper. Speaking about the generator, the permanent magnet synchronous generator has been used because of its certain advantage over others. After connecting the model via various converters, the simulation of wind power system and stability analysis was being carried out. The wind flow is being analyzed and its impact on the voltage and reactive and active power is being studied. This paper provides a feasible solution to the wind power modeling and synchronizing of the grid.
机译:随着技术的进步,需要以一个链接将世界连接起来,并提供24小时使用所有设施的权限。为此,它需要一直有电力供应,因此本文着重于各种可用资源以完全满足需求。由于某些缺点,我们最终将其丢弃,最终获得了风能能量。通过同步各种参数将风力发电连接到电网,本文已对此进行了讨论。说到发电机,永磁同步发电机由于其相对于其他发电机的某些优势而被使用。通过各种转换器连接模型后,进行了风电系统的仿真和稳定性分析。正在对风流进行分析,并研究了其对电压以及无功和有功功率的影响。本文为风电建模与电网同步提供了可行的解决方案。

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