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Track Ⅳ

Track Ⅳ

Optimal Coordinated Operation and Intelligent Control for New Energy Stations
新能源场站协同运行优化与智能控制
Submission Deadline: July 17, 2026

 

Chair: Co-chair:
Pengda Wang Yongji Cao
Hunan University, China Shandong University, China
   
Keywords:  
  • Wind power (风力发电)
  • Photovoltaic power (光伏发电)
  • Power generation forecasting (发电功率预测)
  • Coordinated control of wind turbines (风电机组协调控制)
  • Intelligent operation and maintenance of photovoltaics (光伏智能运维)
  • Intelligent control for new energy power stations (新能源场站智能控制)
  • Grid-forming wind turbine (构网型风机)
  • Intelligent operation and maintenance of wind farm (风电场智能运维)
  • Coordinated operation of wind-solar-storage (风光储协调运行)
  • Grid-connected control (并网控制)
   
Topic:  
  • Optimization and Control of New Energy Stations 
    (新能源场站优化与控制)
   
Summary:  
  • This topic takes the coordinated operation optimization and intelligent control of new energy stations as the core theme. Based on the overall construction of the new power system and keeping in line with the general trend of energy green and low-carbon transformation, it focuses on two major mainstream new energy forms: wind power generation and photovoltaic power generation. In-depth discussions are carried out in key research fields including accurate power generation forecasting of new energy, coordinated regulation of wind turbine units, intelligent operation and maintenance of wind and photovoltaic power stations, full-domain intelligent management and control of power stations, cutting-edge technologies of grid-forming wind turbines, multi-energy complementary coordinated operation of wind-solar-storage systems, and efficient grid-connected control of new energy sources.
    This session aims to summarize cutting-edge industrial theories, break through the technical bottlenecks restricting the coordinated operation of source-grid-load-storage systems, and solve the challenges of power accommodation and system stability caused by the large-scale and high-proportion grid integration of new energy. It strives to establish an intelligent, efficient and stable operation management and control system for new energy. By gathering professional wisdom and uniting industry development consensus, it empowers quality improvement, efficiency enhancement and large-scale high-quality development of the new energy industry, and consolidates solid technical foundations for building a clean, low-carbon, safe and efficient modern energy system.
   
  • 本专题以新能源场站协同运行优化与智能控制为核心主题,立足新型电力系统建设全局,紧扣能源绿色低碳转型时代趋势,聚焦风力发电、光伏发电两大主力新能源业态。围绕新能源发电功率精准预测、风电机组协同调控、风光电站智慧运维、场站全域智能管控、构网型风机前沿技术、风光储多能互补协同运行及新能源高效并网控制等关键领域展开深度研讨。
    专题旨在凝练行业前沿理论,突破源网荷储协同运行技术瓶颈,破解新能源大规模高比例并网带来的消纳难题与系统稳定难题,构筑智慧化、高效化、稳定化的新能源运行管控体系,汇聚业内智慧凝聚发展共识,赋能新能源产业提质增效与全域规模化高质量发展,为构建清洁低碳、安全高效的现代能源体系筑牢技术根基。