Abstract
The transformation of the outdated electrical grid into the Smart Grid (SG), which provides a two-way information flow between the various SG components, creates many problems in designing and developing efficient SG communication infrastructures for connecting various SG components. In addition to the currently used core networks and protocols, new wired and wireless approaches are planned for various SG components and applications deployment. The proposed SG communications infrastructure will have many interconnected systems with a variety of capabilities and management to provide end-to-end services to users, as well as among intelligent devices.
Highlights
HBH-C has a higher ETE delay than ETE-H and HBH-A, which have a similar delay for the specified key size
This paper evaluated the effectiveness of widely recommended methods for data storing, which saves data using message size and ETE time delay indicators
The results showed that ETE-H provides a comparable ETE delay compared to HBH-A, which in itself does not provide confidentiality
Summary
The transformation of the outdated electrical grid into the Smart Grid (SG), which provides a two-way information flow between the various SG components, creates many problems in designing and developing efficient SG communication infrastructures for connecting various SG components.
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