Optimal Economic Scheduling Based on Improved Fully Distributed Consistency Algorithm

Aiming at the problems of traditional centralized optimization scheduling methods, this paper proposes an improved fully distributed consensus algorithm to achieve optimal economic scheduling. More specifically, the consensus algorithm based on node aggregation and Adam's algorithm is designed to be used in the economic dispatch of load distribution in a completely distributed form, aiming to economically, quickly and effectively allocate the supply and demand balance of the entire system task. Finally, the simulation results of IEEE-14 node system are given in this paper, which proves the effectiveness and good performance of the algorithm.