Track 14

1. Organizers:

Chenhui Lin (蔺晨晖), Associate Research Fellow, Tsinghua University (清华大学)

Yizhou Zhou (周亦洲), Associate Professor, Hohai University (河海大学)

Guangsheng Pan (潘光胜), Research Fellow, Southeast University (东南大学)

Yue Yang (杨越), Associate Professor, Hefei University of Technology (合肥工业大学)

2. Abstract:

English: Under the goal of "Dual Carbon" and the construction of new power systems, distribution systems are rapidly evolving toward a deep integration of high-proportion renewable energy, power electronic equipment, and diversified flexible loads. The large-scale integration of distributed energy resources, flexible loads, electric vehicles, and energy storage has significantly enhanced the flexibility of distribution systems. However, it has also deepened the coupling of source-grid-load-storage, exacerbated the impact of diversified uncertainties, and increased the complexity of system regulation, posing greater challenges to power balance and safe, stable operation. To enhance the carrying capacity of distributed resources and the level of intelligent regulation, this track will delve into key technologies for "Coordinated Regulation of Source-Grid-Load-Storage in New Distribution Systems" to support the efficient consumption of new energy and clean energy transition.

中文: “双碳”目标与新型电力系统建设背景下，配电系统向高比例新能源、高比例电力电子装备与多元灵活负荷深度融合的方向加速演进。分布式新能源、柔性负荷、电动汽车、储能等新型源荷的大规模接入，虽显著提升了配电系统的调节灵活性，但也进一步加深了源网荷储的耦合程度，加剧了源荷多元不确定性的影响，增加了系统调控的复杂程度，对配电系统电力电量平衡与安全稳定运行提出更大挑战。为提升配电系统的分布式资源承载力与智能调控水平，进而支撑新能源高效消纳与能源清洁转型，本专题将深入探讨“新型配电系统源网荷储协同调控”技术。

3. Topics:

• Multi-time scale dynamic modeling and digital twin of new distribution systems / 新型配电系统多时间尺度动态建模与数字孪生
• Optimization decision-making and energy management of new distribution systems / 新型配电系统优化决策与能量管理
• Flexible interconnection and high-performance control of new distribution systems / 新型配电系统柔性互联与高性能控制
• Coordinated regulation of transmission-distribution-microgrid systems / 主-配-微电网协同调控
• Stability analysis and enhancement of new distribution systems / 新型配电系统稳定性分析与提升
• Fault reconstruction and self-healing control of new distribution systems / 新型配电系统故障重构与自愈控制
• Coordinated regulation of distribution-transportation coupled systems / 新型配电-交通耦合系统协同调控
• Applications of AI and big data in new distribution systems / 人工智能与大数据在新型配电系统中的应用