Study on the equilibrium dispatching strategy in microgrid based on replicator dynamics algorithm

This paper proposes an optimal dispatching model and solution of Microgrid (MG) under the environment of new energy power system, makes use of replicator dynamics (RD) model mentioned in the evolutionary game theory to treat the resource allocation problem in MG, builds a equilibrium dispatching model based on distributed generator (DG) in MG, and also puts forward all-win equilibrium dispatching model based on DG in MG through analyzing fitness coefficient and adjustable capacity of different kinds of DG. The simulation result shows that the RD algorithm has a good feasibility in terms of solving the dispatching of DG in MG. This method could be a good way for achieving equilibrium dispatching in MG.