双环控制器对虚拟电阻并网逆变器输入导纳的影响

A. Rizqiawan, G. Fujita, T. Funabashi, M. Nomura
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引用次数: 2

摘要

并网逆变器具有更好的可控性和运行性能,但由于特定的控制方案,存在局部不稳定的风险。在特定谐振频率下,只要输入导纳为正,就可以抑制局部失稳的风险。本文采用虚拟电阻的概念来获得正输入导纳。通过观察并网逆变器的输入导纳,分析了采用虚拟电阻的双环控制器对变换器无源性的影响。数值分析表明,采用虚电阻可以提高并网逆变器的输入导纳,特别是在低频区域。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Impact of double-loop controller on grid connected inverter input admittance using virtual resistor
Grid connected inverter offers better controllability and better operation, however, there is a risk for local instabilities due to particular control scheme. As long as the input admittance is positive at particular resonance frequency, the risk of local instability can be suppressed. In this paper, the virtual resistor concept is employed to obtain the positive input admittance. Impact of double-loop controller using virtual resistor on converter passivity is analyzed by observing the input admittance of the grid connected inverter. By numerical analysis, it can be shown that employment of virtual resistor gives better input admittance of grid connected inverter, particularly in low frequency region.
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