基于可再生能源的混合自主电网

Arpan Banerji, R. Bhadra, Ayan Banerji, A. Banerji, S. Biswas
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引用次数: 0

摘要

全球范围内都在观察到向基于可再生能源的自主电网的范式转变。除交流自主系统外,还在探索直流自主系统,以便在不经过整流和滤波的情况下为许多电子设备供电。本文探讨了采用混合自主电网直接向交流和直流负载提供高质量电力的可能性。提出了一种基于感应发电机的交流电网,通过DSTATCOM来满足动态模式下的无功功率要求。DSTATCOM的直流母线由太阳能光伏电源供电。直流母线构成直流电网,直接供给直流负载。将自主电网模拟为既提供交流电源又提供直流电源的混合电网。整个仿真是在MATLAB平台上进行的。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
A Renewable Energy based Hybrid Autonomous Grid
A paradigm shift to renewable energy based autonomous grids are being observed worldwide. The dc autonomous systems are being explored in addition to the ac autonomous systems to provide power to many electronics appliances without going through rectification and filtering. This paper explores the possibilities of having a hybrid autonomous grid providing quality power to both ac and dc loads directly. An Induction Generators based ac grid is proposed whose requirement of reactive power under dynamic mode is met by a DSTATCOM. The dc bus of the DSTATCOM is supplied by a Solar PV source. The dc bus forms the dc grid and directly supplies the dc loads. The autonomous grid is simulated as a hybrid grid to supply both ac and dc power. The entire simulation is carried out on a MATLAB platform.
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