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首页> 外文期刊>International Journal of Applied Engineering Research >Stability Enhancement in Grid Integrated Real Time Wind Energy Conversion System with Compensating Devices
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Stability Enhancement in Grid Integrated Real Time Wind Energy Conversion System with Compensating Devices

机译:具有补偿装置网格集成实时风能转换系统的稳定性增强

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摘要

This research works aims to do an analysis for the implementation of reactive power compensation scheme for grid integrated Wind Energy Conversion Systems (WECS) using Flexible AC Transmission System (FACTS) devices. The instability problem occurs mostly in the power system, where the wind farm is connected electrically far away from the grid. The stability of wind energy generators are based on wind turbines are analyzed in this paper. Due to the characteristics of a synchronous generator, instability differs. It is suggested that the usage of FACTS devices such as Static VAR Compensation (SVC) and Static Compensators (STATCOM) are to improve the stability in the grid connected wind farms. For the simulation analysis, wind farm models based on induction generator, equipped with SVC and STATCOM, connected to power systems have been developed in MATLAB/SIMULINK software.
机译:本研究工程旨在使用灵活的AC传输系统(事实)器件来实现电网集成风能转换系统(WECS)的无功功率补偿方案的分析。 稳定性问题主要发生在电力系统中,风电场远离电网电流场。 在本文中分析了风能发生器的稳定性基于风力涡轮机。 由于同步发电机的特性,不稳定性不同。 建议使用诸如静态VAR补偿(SVC)和静态补偿器(Statcom)的事实设备的使用是提高网格连接的风电场中的稳定性。 对于仿真分析,基于IVC和Statcom的基于感应发电机的风电场模型已在Matlab / Simulink软件中开发了连接到电力系统。

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