Incentive-Based Flexible-Ramp-Up Management in Multi-Microgrid Distribution Systems

The increasing integration of renewable energy resources (RERs) and the expansion multi-microgrid systems have transformed operational condition power systems. Respectively, high-amount installation RERs could result in volatile changes exchanged-power local systems, when their generation drops suddenly. Nevertheless, available ramp-up for compensating supply-demand gap system be limited due to constraints networks units. As a result, this article, transactive flexible-ramp-up-management-mechanism is offered order enable operators exploit scheduling microgrid with aim ensuring requirements meet flexible-ramp-up constraints. Therefore, mechanism would efficient rescheduling flexible distribution address system. limits information exchange between microgrids operator control signals accumulated exchanges impede privacy concerns independently operated entities. Lastly, recommended implemented on IEEE-37-bus test system, where, its effectiveness addressing overall limitations investigated.