microgrid resilience improvement based on smart home energy management

This study presents an efficient model for optimal planning of electrical energy management in a smart residential microgrid (srmg) with energy management in smart homes and with the aim of improving microgrid resilience by considering different distributed energy resources (ders). in this study, a mathematical modelling framework is presented to reduce the cost of electric energy consumption of smart homes and improve the resilience of smart microgrids. in this study, smart homes include responsive/non-responsive loads, bathroom heating system (bhs), air conditioning (ac), plug in hybrid electric vehicle (phev), energy storage system (ess) and photovoltaic system (pv). the numerical results obtained from this study confirm the proper performance of the home energy management system (hem) in the energy management of smart homes to improve the resilience of srmg.