全球能源互联网（英文）2020，Vol.3Issue(2)：149-157,9.DOI:10.14171/j.2096-5117.gei.2020.02.006
大规模可再生能源VSC-HVDC并网的工程实践
Engineering practices for the integration of large-scale renewable energy VSC-HVDC systems
摘要
Abstract
With the continuous development of power electronic devices, intelligent control systems, and other technologies, the voltage level and transmission capacity of voltage source converter (VSC)-high-voltage direct current (HVDC) technology will continue to increase, while the system losses and costs will gradually decrease. Therefore, it can be foreseen that VSC-HVDC transmission technology will be more widely applied in future large-scale renewable energy development projects. Adopting VSC-HVDC transmission technology can be used to overcome issues encountered by large-scale renewable energy transmission and integration projects, such as a weak local power grid, lack of support for synchronous power supply, and insufficient accommodation capacity. However, this solution also faces many technical challenges because of the differences between renewable energy and traditional synchronous power generation systems. Based on actual engineering practices that are used worldwide, this article analyzes the technical challenges encountered by integrating large-scale renewable energy systems that adopt the use of VSC-HVDC technology, while aiming to provide support for future research and engineering projects related to VSC-HVDC-based large-scale renewable energy integration projects.关键词
柔性直流输电/可再生能源集成/直流电网/工程实践Key words
VSC-HVDC/Renewable energy integration/DC grid/Engineering practice引用本文复制引用
Yan Li,Hongzhi Liu,Xiaojie Fan,Xinshou Tian..大规模可再生能源VSC-HVDC并网的工程实践[J].全球能源互联网（英文）,2020,3(2):149-157,9.基金项目
State Grid Corporation of China Science and Technol-ogy Project: Research on Power Transmission of Large-scale Renewable Energy Base by VSC-LCC hybrid HVDC (No. NY71-19-037). （No. NY71-19-037）
