English: Driven by "dual-carbon" goals and the wave of intelligence, ubiquitous energy systems are undergoing profound changes. Traditional power energy networks are showing a trend of deep integration with intelligent terminals (such as autonomous mobile robots) capable of autonomous decision-making. This track focuses on the two core demands of "safety" and "energy efficiency" in complex energy environments, exploring the full-link control system from health perception of basic energy nodes to global energy efficiency optimization of mobile terminals. The track focuses on in-depth exchanges on research hotspots such as advanced modeling of complex power energy systems, multi-dimensional state estimation, data-driven fault early warning mechanisms, as well as spatial trajectory optimization and energy collaborative scheduling strategies for intelligent mobile terminals.

中文: 在“双碳”目标与智能化浪潮的推动下，泛在能源系统正经历深刻变革，传统电力能源网络与具备自主决策能力的智能终端（如自主移动机器人）呈现出深度融合的趋势。本分论坛旨在聚焦复杂能源环境下的“安全”与“能效”两大核心诉求，探讨从基础能源节点的健康感知到移动终端全局能效寻优的全链路管控体系。论坛重点围绕以下研究热点展开深入交流：复杂电力能源系统的先进建模、多维状态估计与数据驱动的故障预警机制，以及面向智能移动终端的空间轨迹寻优与能量协同调度策略。