混合风能/太阳能微电网的交流与直流功率效率比较

Diego A. Aponte-Roa, Gerardo David Guerrero Cabarcas, W. Weaver
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引用次数: 2

摘要

这项工作提出了基于风能和太阳能的混合微电网的分析、模拟和实现,以同时提供交流和直流负载。目标是观察UAGM Gurabo校区风能和太阳能的可用性,并通过使用商业现成的电气和电子元件进行交流与直流电气化之间的研究。该系统的效率,以提供所需的相同数量的电力负载也提出了。结果表明,在小规模的电力消耗应用中,如照明,直流微电网比使用交流微电网更节能和可靠,特别是由于交流需要额外的转换阶段。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
AC Vs DC Power Efficiency Comparison of a Hybrid Wind/Solar Microgrid
This work presents the analysis, simulation and implementation of a Hybrid Micro-Grid based on wind and solar power to source both an AC and DC load. The goal is to observe the availability of wind and solar energy at UAGM Gurabo campus, and perform studies between AC vs DC electrification by the use of commercial off-the-shelf electrical and electronics components. The efficiency of the system to deliver the required the same amount of power to the loads is presented as well. Results demonstrate that in small scale power consumption applications such as lighting, a DC Micro-Grid shown to be more energy efficient and reliable than using an AC Micro-Grid, especially due to the additional conversion stages that the AC requires.
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