IoT-Enabled Smart Energy Grid

Abstract

The Internet of Things is swiftly advancing, offering innovative solutions across various sectors, including critical infrastructures. IoT is pivotal in reshaping conventional electricity structures into smarter and extra-green strength grids. In this newsletter, we delve into the structure and capabilities of IoT-incorporated clever power grids. Our focus spans key IoT factors like sensing, communication, and computing technologies alongside their standards relevant to smart grids. We also offer an in-depth study of cutting-edge research on IoT programs within the bright grid landscape. Recent surveys and literature indicate that security vulnerabilities in IoT technology pose widespread challenges for energy structures. We look at widespread chance and assault fashions focused on IoT-based total power structures and provide insights into mitigating these vulnerabilities. Moreover, we spotlight the functionality of superior technologies, including blockchain, device studying, and synthetic intelligence, to beautify the resilience and protection of IoT-enabled power structures. By addressing those challenges, we aim to understand better the framework for IoT-pushed innovative energy structures, their related protection dangers, and the promising avenues for leveraging advanced technology to optimize their overall performance and reliability.