Design architecture and optimization of multi agent based smart grid

Abstract

Smart Grid is a modern electric grid infrastructure for improved electrical system efficiency, reliability, precise fault detection and safety with smooth integration of renewable and alternative energy source through automated control and modern communication technology. In the proposed work design of architecture for multi agent based smart grid is selected with 10kW wind power plant, 10kW solar power source and 15KVA Diesel Generator and Main grid. Finally results from these experiments are observed and analyzed for Control agent, DER agent and Load agent. It also includes the Architecture of MAS based smart grid and a control panel with Supervisory Control and Data Acquisition environment where agents were assigned function then to justify features of multi agent based smart grid experiments related to load balancing and load shedding.