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Preliminary study on voltage level standardization of DC grid based on VSC-HVDC technology in China

机译:中国基于VSC-HVDC技术的直流电网电压等级标准化的初步研究

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Large Offshore wind farms are planned in China and some are under constructions. DC grid or multi-terminal HVDC is the promising technology to delivery large offshore wind power over long distances. DC grid voltage levels need to be built to design optimal DC grid, without this voltage levels, DC grid may be sub-optimal, not cost-effective. This paper proposes the study framework of building voltage level of DC grid based on VSC-HVDC technology. In this framework traditional HVDC and existing VSC-HVDC projects are reviewed, technical limits and perspectives of DC grids are assessed, the economy of each voltage grade is compared to present the applicable range of DC grids system. Finally application examples of different DC voltage levels are analyzed in some typical DC grids and the future problems of DC grids development are discussed.
机译:中国计划建设大型海上风电场,其中一些正在建设中。 DC电网或多终端HVDC是一种有希望的技术,可在远距离传输大型海上风电。需要构建DC电网电压水平以设计最佳的DC电网,如果没有此电压水平,DC电网可能不是最优的,也不具有成本效益。本文提出了一种基于VSC-HVDC技术的直流电网建筑电压等级的研究框架。在此框架中,对传统的高压直流输电和现有的VSC-HVDC项目进行了审查,评估了直流电网的技术局限性和前景,比较了每种电压等级的经济性,从而提出了直流电网系统的适用范围。最后,分析了一些典型直流电网中不同直流电压电平的应用实例,并讨论了直流电网发展的未来问题。

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