Smart assimilation of renewable based microgrids

Abstract

Expansion from the existing power transmission and distribution with close coactions with energy, control and communication is possible with the help of Smart grid. Microgrid plays an important part in the coalition of this integration of smart grid. Using both kinds of energy systems a proximity with the loads and actuation using power electronic devices and systems can be achieved with power processing. There is a challenge in such type of interactive, buoyant and sustainable model. In this paper, a unique modeling and control prototype is conferred for the integration of renewable based Microgrid into the smart grid. More renewable energy resources can be added into the Microgrid considering the design requirements. The proposed model versatility is experimented in MATLAB/ Simulink platform to demonstrate the transition of states in Microgrid and overall power conditioning with transient response of the system.