设计可再生能源系统最优直流图的思考

Valcan Dumitru-Mihai, M. Corneliu
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引用次数: 0

摘要

分布式可再生能源集输网络的有功功率损耗在发电成本中占有相当大的比例,特别是在近海系统中。因此,将直流技术扩展到分布式可再生能源的收集中压网络是一个明显的选择。这种选择有可能提高效率,从而降低能源生产成本。本文分析了国外直流技术的发展现状,重点介绍了大功率直流电子变换器。分析了建立直流“双有源电桥”分析模型的有关考虑。为了降低直流集流中压网络的损耗,这种结构是最优的。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Considerations about Designing an Optimal DC Diagram for Renewable Energy Systems
Active power losses in the collecting network of distributed renewable energy sources have a significant ratio in the cost of produced electricity, especially in offshore systems. As a consequence an extension of the DC technology to the collecting medium voltage network of the distributed renewable energy sources is an obvious option. This option has the potential of improving the efficiency and, as a consequence, to reduce energy production cost. In the paper is analysed the off-shore used DC technologies state of art with a special accent on high power level DC electronic converters. The considerations related to establish of the DC “Dual Active Bridge” analytical model are analysed. This structure results as optimal in order to reduce the losses in the DC collecting medium voltage network.
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