混合直流输电系统综述

混合直流输电系统综述
摘要：混合直流输电系统是通过结合各种电流源型换流器(CSC)和电压源型换流器(VSC)的技术特点,互相取长补短而形成的新型直流输电拓扑结构。在简要介绍CSC和VSC基本结构和技术特点的基础上,分别阐述了混合两端、混合多端、混合多馈入、混合双极直流输电系统和混杂换流器各自的技术特点、控制方式、应用场景和研究进展,最后总结了混合直流输电系统的优势和不足,展望了未来混合直流技术的研究和发展方向。通过对混合直流输电技术的研究成果的总结和工程应用的介绍,表明混合直流输电是一种独具特色,拥有广泛应用前景的新型高压直流输电技术。

Abstract:Hybrid HVDC is a novel topology which combines advantages of both current source converter (CSC) and the voltage source converter (VSC). After a brief introduction of the basic structure and technical characteristics of CSC and VSC, the technical characteristics, control strategy, application scenarios, and research progress of the hybrid two-terminal, hybrid MTDC, hybrid MIDC, hybrid bipolar HVDC and the mixed converter are represented separately. In the end, the advantages and disadvantages of the hybrid HVDC is summarized, and the research and development direction of hybrid HVDC are predicted. The research results and introduction of project application demonstrate that the hybrid HVDC is a unique technology, which has a bright application prospect.

标题：混合直流输电系统综述
英文标题：A Review on Hybrid HVDC System

作者：冯明, 李兴源, 李宽,

关键词：混合直流, 电流源型换流器, 电压源型换流器, 多端直流输电, 多馈入直流输电,

发表日期：2015-04-09

2025-1-25 21:12 上传 混合直流输电系统综述.pdf

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