Adaptive Prepositioning and Emergency Scheduling of Mobile Microgrids in Constrained Active Power Distribution and Urban Transportation Networks

Considering the proliferation of distributed energy resources (DERs) in active distribution networks (ADNs) and electric vehicles (EVs) in urban transportation networks (UTNs), it is imperative to coordinate the ADN and UTN for enhancing the power grid operation in normal steady state and extreme conditions. One example of such coordination is the integration of mobile microgrids in ADNs in which mobile DERs would be situated in day-ahead and optimally deployed in real-time to enhance the ADN economics, reliability, resilience, sustainability, and security in a constrained UTN.