Autonomous energy management system with self-healing capabilities for green buildings (microgrids)

Nowadays, distributed energy sources are widely used to supply demand in micro grids (MGs) especially the green buildings. Despite increasing number of intermittent resources, MGs have essential influence on decreasing use conventional generation, but it give rise new challenges terms management, stability and reliability system. Multi-agent systems (MASs) as smart units been recently. However, control implementation these structures enhance existing because need a framework that, at first, guarantees operation MASs then insures management generation side. This paper presents DC microgrid that split among several generators. An system (EMS) based multi-agent (MAS) controller is developed manage energy, voltage create balance between with aim supporting characteristic. In proposed approach, self-healing hierarchical algorithm implemented interaction agents also under faults. Theoretical analysis simulation results for practical model demonstrate technique provides robust stable microgrid.