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A novel voltage sag generator for low voltage ride-through testing of grid-connected PV system

机译:用于并网光伏系统低压穿越测试的新型电压暂降发生器

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The capability of Low Voltage Ride-Through (LVRT) is required in China''s standards as more and more photovoltaic (PV) generation system in large scale are connected to the grid. Voltage sag generator (VSG) is the device for LVRT testing. A novel design of VSG for LVRT testing of PV system is proposed in this paper, by which the grid voltage sags to 90%∼0% (10% per degree) can be simulated with good performance. With the SVG, an entire model for LVRT test of PV system is built on real-time digital simulator (RTDS). The results of simulation verify the correction of LVRT platform and the feasibility of VSG design. This paper helps for the research of PV system'' LVRT and the production of real VSG device for LVRT testing.
机译:随着越来越多的光伏(PV)在大规模的光伏(PV)的标准中,需要低电压骑行(LVRT)的能力。电压凹槽发生器(VSG)是LVRT测试的设备。本文提出了一种新的PV系统LVRT测试VSG设计的设计,通过该纸张,电网电压下降至90%〜0%(每度为10%),具有良好的性能。使用SVG,在实时数字模拟器(RTD)上建立了PV系统的LVRT测试的整个模型。仿真结果验证了LVRT平台的校正和VSG设计的可行性。本文有助于对光伏系统的LVRT和实际VSG设备的生产进行研究,用于LVRT测试。

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