Design and Experimental Implementation of Home Energy Management System Considering Smart Grid Requirements

Abstract

The thesis presents the development and laboratory application of the home automation system in terms of electrical power management and responding to the requirements of the smart grid. This includes the design of a range of communication interfaces between the system user through a smart display unit that enables the user to monitor the data on the use of electric power and make choices for loads. The user commands are executed by a PLC, and the controller also saves the data and sends it to the utility center, within the requirements of the smart grid. In addition to the implementation of a scheme for energy management within the home by controlling loads according to the priorities chosen by the user.