ICPRE Tracks | ICPRE 分论坛

Track 16: Key Technologies of Low-Frequency Power Generation and Grid-Connected Transmission Systems for Efficient Development of Large-Scale Renewable Energy Bases 面向大规模新能源基地高效开发的低频发电及并网送出系统关键技术

Organizers / 组织者

Chair / 主席
Xiuli Wang (Professor)
王秀丽(教授)
Xi'an Jiaotong University / 西安交通大学
Co-Chair / 共同主席
Zhengang Lu (Professor-level Senior Engineer)
陆振纲(教授级高工)
China Electric Power Research Institute / 中国电科院
Co-Chair / 共同主席
Haitao Zhang (Associate Professor)
张海涛(副教授)
Xi'an Jiaotong University / 西安交通大学

Abstract / 摘要

English: Fractional/low-frequency power transmission technology combines the networking flexibility of AC transmission with the large transmission capacity of DC transmission. It provides an innovative solution to enhance transmission link capacity, minimize reactive power losses and voltage fluctuations, and bolster system stability, emerging as a critical technical pathway to tackle the challenges of efficient power aggregation and delivery from large-scale renewable energy bases. This forum focuses on theoretical innovations, key technological breakthroughs, and engineering practices in low-frequency power generation and grid-connected transmission systems. It aims to foster systematic exchange and discussion on highly relevant research areas, including economic assessment and planning, stability analysis and control, and multi-terminal hybrid networking technologies for low-frequency power transmission systems.

中文: 分频/低频输电技术兼具了交流输电易组网与直流输电传输容量大的技术优势,为提升输电通道的输电容量、减少无功损耗与电压波动、提升系统稳定性提供了新的解决方案,成为破解大规模新能源电能高效汇集与送出难题的重要技术路径。本分论坛聚焦于分频/低频发电及并网送出系统的理论创新、关键技术突破与工程应用实践,旨在对分频/低频输电系统经济性评估与规划设计、稳定性分析与控制、多端混合组网技术等研究热点进行系统性的交流探讨。

Topics / 主题

  • Novel Transmission Theories and Key Technologies for Large-Scale Renewable Energy Development
  • Low-Frequency Aggregation Networking Modes and Operational Mechanisms for Large-Scale Renewable Energy Bases
  • Security, Stability Analysis, and Coordinated Control of Low-Frequency Aggregation and Transmission Systems
  • Low-Frequency Grid-Connected Equipment and Core Technologies for Large-Scale Renewable Energy Base Development
  • Fault Characteristics and Protection Technologies in Low-Frequency Power Systems with High Penetration of Renewable Energy
  • Innovative Transmission/Distribution Methods and Converter Topologies for Enhancing Renewable Energy Integration
  • Planning, Operation, Control, and Protection Practices in Low-Frequency Transmission Demonstration Projects
  • 适用于大规模新能源开发的新型输电理论与关键技术
  • 面向大规模新能源基地的低频汇集组网方式及运行机制
  • 大规模新能源基地低频汇集送出系统的安全稳定分析与协调控制
  • 面向大规模新能源基地开发的低频并网装备及其关键技术
  • 含大规模新能源的低频电力系统的故障特性与保护技术研究
  • 提升新能源消纳能力的新型输配电方式与变换器拓扑
  • 低频输电示范工程规划、运行、控制与保护等实践