利用微电网电压控制器改善微电网电压分布

M. A. Tabrizi, G. Radman, A. Tamersi
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引用次数: 13

摘要

微电网的概念有可能解决分布式发电在配电系统中的大规模渗透所产生的主要问题。与电力系统相比,微电网不是一个强大的系统。因此,要保证微电网的正常运行,必须采取适当的控制策略。本文提出采用中央控制器来改善微电网的动态电压分布。相关的控制器称为微电网电压控制器(MGVC)。MGVC是实现在微电网测试系统中的二级电压控制器。针对各种干扰,对测试系统进行了带和不带MGVC情况下的动态仿真。并网和孤岛两种运行模式都被考虑。结果表明,MGVC的加入将改善微电网系统的动态电压分布,特别是负载母线处的动态电压分布。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Micro Grid Voltage profile improvement using Micro Grid Voltage Controller
The Micro Grid concept has the potential to solve major problems arising from large penetration of distributed generation in distribution systems. A Micro Grid is not a robust system when compared to a power system. Therefore, proper control strategies should be implemented for a successful operation of a Micro Grid. This paper proposes the use of a central controller for the improvement of the dynamic voltage profile in a Micro Grid. The associated controller is termed as a Micro Grid Voltage Controller (MGVC). The MGVC is a secondary level voltage controller implemented in a Micro Grid test system. A dynamic simulation of the test system is carried out for the cases of with and without the MGVC for various disturbances. Both grid-connected and islanded modes of operation are considered. Results show that, with the addition of MGVC, the dynamic voltage profile of the Micro Grid system, especially at the load buses, will be improved.
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