Coordination and control for energy distribution in distributed grid networks: Theory and application to power dispatch problem

摘要: Abstract This paper presents a new framework considering decentralized energy coordination and generation, flow control for supply–demand balance in distributed grid networks. Consensus schemes using only local information are employed to produce coordination, signals. For the balance, it is required determine amount of needed at each resource. Also, due different generation capacities resource, flows among resources essentially required. Thus, this proposes which gives scheme, method these constraints based on consensus algorithms. The proposed can be nicely utilized dispatch or scheduling. Furthermore, applied various engineering problems including water irrigation systems, traffic networks, building automation systems since deals with attributed distribution resource allocation large scale systems. Through illustrative examples, effectiveness approaches illustrated. A possible application power problem IEEE-14bus also addressed more detailed realistic evaluation.