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Nine IGBTs based UPFC topology and control for renewable power integration

机译:九个基于IGBT的UPFC拓扑和可再生电源集成控制

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This paper proposes an integrated unified power flow controller (UPFC) with only nine IGBTs to improve grid compliance of renewable (i.e., wind and solar) power generation systems. The integrated UPFC has two AC outputs, which are served as an AC injected voltage source (DC-AC inverter) and an AC current source (AC-DC rectifier), respectively. The modulation of the UPFC is developed to provide sufficient voltage for power flow control as well as minimizing system rating. Then operating range of the developed UPFC is analyzed with a given system power rating. Furthermore, voltage oriented control of the UPFC is introduced to achieve independent control of real and reactive power. A 2-MVA simulation model is built to demonstrate the operating performance of the proposed UPFC configuration.
机译:本文提出了一种仅具有9个IGBT的集成式统一潮流控制器(UPFC),以提高可再生能源(即风能和太阳能)发电系统的电网顺应性。集成的UPFC具有两个交流输出,分别用作交流注入电压源(DC-AC逆变器)和交流电流源(AC-DC整流器)。 UPFC的调制旨在为功率流控制提供足够的电压,并使系统额定值最小化。然后,以给定的系统额定功率分析开发的UPFC的工作范围。此外,引入了UPFC的电压定向控制,以实现对有功功率和无功功率的独立控制。建立了一个2-MVA仿真模型来演示所提出的UPFC配置的操作性能。

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