English: Against the backdrop of the evolution of new power systems toward "Generation-Grid-Load-Storage" integration, the system form is rapidly changing towards multi-energy complementarity and high flexibility. The access to massive distributed resources and flexible loads poses severe challenges to system-level multi-energy coordinated optimization and dynamic grid support capabilities. This forum focuses on cutting-edge technologies for integrated energy coordination and flexible interactive control in new power systems, covering hot topics such as optimal scheduling of integrated energy systems, V2G cluster control for electric vehicles, grid-forming power electronics equipment, and virtual power plants. Experts are invited to discuss the cross-fusion of multi-energy complementarity theory and new power electronics technology in critical power equipment, promoting in-depth academic-industry exchanges and innovation.

中文: 在新型电力系统向源网荷储一体化演进的背景下，系统形态正向多能互补与高度柔性化方向快速变革。海量分布式资源与柔性负荷的接入，对系统级多能协同优化与动态电网支撑能力提出了严峻挑战。本论坛聚焦新型电力系统综合能源协同与柔性交互控制的前沿技术，涵盖综合能源系统优化调度、电动汽车V2G集群调控、构网型电力电子装备及虚拟电厂等热点方向。邀请业内专家探讨多能互补理论与新型电力电子技术在电力关键装备中的交叉融合，推动产学研深度交流与创新发展。