Prof. Yusheng Xue

TBA

Prof. Gerard Ledwich

TBA

Prof. Chung-Li Tseng

TBA

Prof. Junhua Zhao

The rapid growth of electric vehicles and distributed low-carbon resources is creating new challenges for distribution-system resilience, voltage security, and operational flexibility in modern smart grids. This talk presents the planning and integration of a mobile energy support system, with particular emphasis on multi-robot adaptive charging networks as flexible and intelligent support resources. First, a resilience-oriented planning framework is developed by coupling transportation networks, electric-vehicle behavioral modelling, and distribution-system analysis. A dual-mode dispatch strategy is proposed to enable mobile charging units to operate economically under normal conditions while delivering resilience-prioritized support during emergency situations. In addition, a voltage-stability-index-based resilience indicator is introduced to quantify system stress and guide adaptive task allocation. Second, the presentation extends from system planning to grid integration through a hierarchical framework for smart-grid voltage regulation. Within this framework, mobile charging robots are coordinated with conventional utility devices and fast reactive-power support resources through a three-level architecture, enabling the integrated realization of vehicle-to-vehicle service, vehicle-to-grid support, and minute-scale voltage regulation. Overall, this talk presents a unified framework for the planning, coordination, and intelligent integration of mobile energy support systems in future EV-dominated smart grids.