English: With the rapid development of large-scale renewable energy bases in "desert-gobi" regions and offshore wind power, achieving efficient and economical flexible HVDC transmission along with secure and stable integration of large-scale renewable energy has become a core challenge in building new power systems. Against this backdrop, the "Key Technologies for Large-scale Renewable Energy HVDC Transmission and Secure Integration" forum, jointly organized by the School of Electrical Engineering at Zhejiang University and the Flexible HVDC Committee of Zhongguancun Smart Energy Industry Technology Alliance, will focus on the application of flexible HVDC technology in renewable energy transmission. The forum will explore hot topics including planning optimization of transmission systems, key equipment, operation control, source-grid-load-storage coordination, protection and security strategies, while sharing engineering practices and cutting-edge innovations. The forum aims to foster deep academic-industrial exchanges and promote secure, economical and efficient grid operation with high-penetration renewable energy integration.

中文: 随着"沙戈荒"等区域大型新能源基地和海上风电的快速发展，如何实现大规模可再生能源的高效、经济柔性直流送出与安全、稳定消纳成为新型电力系统建设的核心挑战。在此背景下，由浙江大学电气工程学院与中关村智能电力产业技术联盟柔性直流专业委员会联合主办的"大规模新能源直流送出与安全稳定消纳关键技术"分论坛，将聚焦柔性直流输电技术在新能源外送中的应用，探讨送出系统的规划优化、关键装备、运行控制、源网荷储协同、保护与安全策略等热点问题，交流工程实践经验与前沿创新成果。论坛旨在促进学术界与产业界的深度交流，推动大规模可再生能源高比例接入下的电网安全、经济与高效运行。