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首页> 外文期刊>Asian journal of water, environment and pollution >Transient and Voltage Stability Investigation of Integrated Wind Farm Fed to a Power Grid through Generalized Unified Power Flow Controller (G-UPFC)
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Transient and Voltage Stability Investigation of Integrated Wind Farm Fed to a Power Grid through Generalized Unified Power Flow Controller (G-UPFC)

机译：通过通用统一潮流控制器（G-UPFC）馈入电网的集成风电场的暂态和电压稳定性研究

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摘要

This paper reveals investigated result of an integrated wind farm fed to a power grid through a generalized unified power flow controller (G-UPFC), to synchronously achieve voltage-fluctuation mitigation as well as stability improvement. The performance of the considered wind farm is simulated by an equivalent 9 MW doubly-fed induction generator (DFIG). An IEEE 14 bus system is also connected with the system for load flow analysis. A fault is deliberately created at a bus. This integrated power system has been simulated with and without G-UPFC and simulation result of voltage waveform at different buses is captured with respect to time. The results illustrate that the G-UPFC is very effective in voltage fluctuation mitigation and transient stability improvement.
机译：本文揭示了通过通用统一潮流控制器（G-UPFC）将集成风电场馈入电网的研究结果，以同步实现电压波动的缓解和稳定性的提高。所考虑的风电场的性能由等效的9 MW双馈感应发电机（DFIG）进行模拟。 IEEE 14总线系统也与系统相连，用于潮流分析。故意在总线上产生故障。该集成电力系统在有或没有G-UPFC的情况下都经过了仿真，并且可以捕获不同时间的不同母线电压波形的仿真结果。结果表明，G-UPFC在缓解电压波动和改善瞬态稳定性方面非常有效。

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