Collaborative optimal scheduling of cross-regional comprehensive energy system with multi-energy microgrid group

To address the issue of efficient energy distribution across regions, a collaborative approach is proposed for optimizing the scheduling of a multi-energy microgrid cluster within a cross-regional comprehensive energy system. Combining energy supply points, conversion facilities, storage facilities, end users and microgrid groups, a cross-regional comprehensive energy system network topology structure is constructed. By defining the scheduling goal as the optimization target for the integrated energy system spanning multiple regions, an objective function is established to minimize costs, and the objective function is solved on the basis of multi-energy microgrid group, so as to realize the cooperative optimal scheduling of cross-regional integrated energy system. The experimental findings demonstrate that this approach effectively directs the allocation of energy resources, optimize energy utilization efficiency, meet energy demand and reduce energy consumption.