English:

With the explosive growth of distributed renewable energy—such as county-wide photovoltaics, industrial park microgrids, and urban PV-storage-direct-flexible systems—the active-consuming edge of modern power systems is undergoing profound transformations. Traditional centralized dispatch and control schemes struggle to manage massive, high-frequency, and heterogeneous distributed resources. Against this background, the convergence of Distributed Energy Storage Systems (DESS) and Grid-Forming (GFM) control technologies is emerging as a critical path to enhancing distribution grid flexibility, securing the intrinsic stability of edge grids, and enabling autonomous islanded operations.
Unlike centralized utility-scale GFM storage stations, distributed GFM storage technologies face unique innovative challenges:
Network Complexity: Shifting from individual device control to "swarm-based autonomous coordination" of massive assets under communication-free or weak-communication constraints;
Dynamic Heterogeneity: Coordinating GFM resources of varying dynamics and capacities, including substation storage, commercial & industrial (C&I) storage, residential PV-storage systems, and Electric Vehicles (V2G);
Security Vulnerability: Ensuring system resilience and stability against severe disturbances and cyber-attacks in weak, unbalanced, and high-impedance networks at the grid edge.
This special session focuses on the latest theoretical breakthroughs and application paths of distributed energy storage and GFM converters. Special attention will be paid to innovative topics such as "swarm intelligent autonomous control," "coordinated control of multi-source heterogeneous distributed GFM," "unbalanced control in low-voltage distribution networks," "cyber-physical security and highly resilient operation," and "data-physics dual-driven technologies." The session aims to bring together global experts in power electronics, active distribution networks, distributed storage, cyber-physical systems (CPS), and artificial intelligence to co-create cutting-edge distributed GFM solutions for next-generation, self-healing smart distribution grids.

中文:

随着以分布式光伏、工业园区微电网、社区光储直柔系统为代表的分布式新能源爆发式增长，电力系统的“主动消费型”末端正经历深刻变革。传统的集中式电网控制模式难以应对海量、高频、异构的分布式电源接入。在此背景下，分布式储能与构网型控制技术的融合，正成为提升配电网柔性、保障边缘电网本质安全以及实现孤岛自主运行的关键。区别于大型地面储能电站的集中管控，分布式储能构网型技术面临独特的创新挑战：网络复杂性：从单机控制向无通信/弱通信约束下的海量设备“群体自律协同”演进；多机异构性：如何协调台区储能、工商业储能、户用光储、电动汽车等不同响应特性与容量限制的异构构网资源；安全脆弱性：在极低短路比、高度不平衡和高阻抗的网络末端，如何保证系统在大扰动及网络攻击下的韧性与稳定性。

本分论坛聚焦分布式储能与构网型变流器的最新理论与应用，特别关注“群体智能自律控制”、“多源异构分布式构网协调”、“低压配电网不平衡控制”、“网络安全与高韧性运行”以及“数据-物理双驱动技术”等创新议题。本论坛旨在汇聚国内外电力电子、配电网控制、分布式储能、信息物理系统以及人工智能等领域的专家，共同探讨分布式构网技术的前沿突破，为未来智能化、自愈型新型配网建设提供核心理论与技术方案。