实现低电压穿越和防孤岛保护的智能电网技术设计

Wang Shiyu
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引用次数: 0

摘要

绿色能源一直是全世界一个有吸引力的发展领域,研究人员正在努力解决其不确定性和有效性等缺点。本文分析了低压穿越和防孤岛保护在什么时候发生,以及它们不能共存的原因。本文通过对电压降原因的研究,给出了具体的设计方案,实现了对电压和频率的检测。最后通过实例证明了该设计的可靠性和质量,同时也展示了该设计在其他领域的更多可能性及其运行模式。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
A Technical Design for Smart-grid to Realize both Low Voltage Ride Through and Anti-islanding Protection
Green energy has been an attractive and developing area for the whole world, the researchers are trying to tackle its drawbacks like uncertainty and effectiveness. This paper analyzes when the low voltage ride through and anti-islanding protection happened and why they can not coexist. By studying the reasons of voltage drop, the specific design was given in this paper, in which the detection of voltage and frequency can be done. A certain example also shown latter to prove the reliability and quality of the design, this paper also shows more possibilities of the design and its operating mode in other field.
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