Jepirachi风电场小信号稳定性分析

Y. Ulianov, S. Laín
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引用次数: 2

摘要

风能在世界上几个国家的实际发展使其成为介于绿色和清洁技术之间发展最快的发电技术。已安装的风力涡轮机中几乎有50%是感应发电机。随着异步发电机而非同步发电机的增加,电网面临着各种各样的干扰,这就需要进行永久暂态和小信号稳定性的研究。本文介绍了在哥伦比亚安装的第一个风电场中进行的小信号稳定性研究的分析。在本分析中,使用了作者开发的用于气动目的的软件VORTEXOFT。考虑高水平风电穿透,进行了模态分析和特征值分析。结果表明,该方法能有效地确定高电平风电的稳定工作点。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Small signal stability analysis of Jepirachi wind park
The actual development of wind energy in several countries around the world become it as the fastest growing power generation technology between green and clean technologies. Almost 50% of the installed wind turbines are induction generators. With the increase of induction instead of synchronous generators, electrical networks are experiencing different disturbances, which require permanent transient and small signal stability studies. This article presents an analysis of a small signal stability study in the first wind park installed in Colombia. In this analysis a software VORTEXOFT developed by the authors is used for aerodynamic purposes. A modal analysis and eigenvalues were done considering high level of wind power penetration. The results obtained indicate that the proposed method effectively identifies the stability operational point for a high level of wind power.
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