Safe Communication System Implementation In In Smart Grids With The Hybrid Systems

By using communication technologies to maximize energy management, the intelligent grid encourages customer participation by lowering loads during peak hours via the use of a dynamic energy pricing model. The goal of the newly developed Home Energy Gateway (HEG) concept is to enable active customer involvement in load control. The HEG idea is still in its infancy, and there aren't many thorough answers to problems with data representation, seamless discovery, interoperability, security, and privacy in the literature that is currently available. In order to tackle these problems, a communication architecture is introduced in this study, with a particular emphasis on problems with device integration and interoperability across various manufacturers. By providing smooth auto-discovery and zero-configuration-based networking across various devices at consumer locations, the suggested communication architecture lessens these issues. The framework prioritizes security by integrating an elliptic-curve-based security mechanism that safeguards user privacy and offers strong protection against a range of assaults. The usefulness of the framework is validated by real-world tests carried out in a networking context. The findings show that it is sufficiently flexible, low-bandwidth required, lightweight, safe, and portable to be used in dynamic energy management inside the smart grid.