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Simulation analysis of influence of MW-level grid-connected photovoltaic power station on distribution networks

机译:兆瓦级并网光伏电站对配电网影响的仿真分析

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The modular simulation model of MW-level grid-connected photovoltaic (PV) power station is established at PSCAD/EMTDC. In this paper, simulation models according to different real engineering can be set up based on the modular flexible combinations. Next, power quality of PV power station and influence on distribution networks are studied. In addition taking a real system for example, the voltage deviation and the harmonic distortion (THD) of distribution networks connected with the different scale grid-connected photovoltaic power station are analyzed. The conclusion that voltage deviation of distribution networks may exceed limits of national standard with the expansion of PV capacity is drawn. This paper puts forward reactive power control method of the station based on synchronous PI current control. Finally, the harmonic current generated by the 10MW PV power station is analyzed.
机译:在PSCAD / EMTDC上建立了兆瓦级并网光伏电站的模块化仿真模型。在本文中,可以基于模块化的灵活组合来建立根据不同实际工程的仿真模型。接下来,研究了光伏电站的电能质量及其对配电网络的影响。另外以实际系统为例,分析了与不同规模并网光伏电站连接的配电网的电压偏差和谐波畸变(THD)。得出随着光伏容量的扩大配电网电压偏差可能超过国家标准的结论。提出了基于同步PI电流控制的电站无功控制方法。最后,分析了10MW光伏电站产生的谐波电流。

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