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柔性互联新型配电系统可靠性研究

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为应对分布式能源的广泛接入和直流负荷(典型直流负荷如数据中心)的不断增加,越来越多的学者开始研究电能路由器,为此研究了一种电能路由器接入配网的形式.针对含典型直流负荷数据中心的配网,研究了电能路由器接入配网的形式和结构,分析了这一配网结构的优势和集群式电能路由器的长处;对比传统交流配网,分析了能源互联网对电能路由器的可靠性要求.结果验证了能源互联网亟需进一步研究,并说明了电能路由器在能源互联网中的关键作用,对电能路由器的运行可靠性提出了要求.研究结果对能源互联网的发展和电能路由器的研究具有参考意义.
Reliability of Flexible Interconnected New Distribution System
In response to the widespread access of distributed energy and rapic increase DC load(typical DC load:data center),more and more researchers have studied the power router,so a form of power router access to the distribution network has been studied.Aiming at the distribution network with typical DC load of data center,the form and structure of power router access distribution network are studied,and the advantages of this distribu-tion network structure and cluster power router are analyzed.Compared with the traditional AC distribution net-work,the reliability requirements of the power router are analyzed.The results prove that energy Internet needs further research,illustrate the key role of power router in energy interconnection,and put forward the require-ments for the reliability of power router operation.The research results have reference significance for the develop-ment of energy Internet and the research of power routers.

data centerpower routerpower supply reliabilityenergy Internet

邹坚

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国网上海市电力公司松江供电公司,上海 201600

数据中心 能量路由器 供电可靠性 能源互联网

2024

电力与能源
上海市能源研究所,上海市电力公司,上海市工程热物理学会

电力与能源

影响因子:0.494
ISSN:2095-1256
年,卷(期):2024.45(2)
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