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The modern world faces pressing challenges in sustainable energy management and consumption. In response to the increasing demand for electricity and the necessity for efficient energy utilization, the development of smart metering systems coupled with advanced technologies has emerged as a pivotal solution. This paper explores the conception, design, and implementation of a smart energy metering system equipped with innovative features, aiming to revolutionize conventional energy monitoring and management methodologies. With a core emphasis on integrating machine learning, IoT technologies, and demand-side management, this endeavor seeks to not only enhance real-time energy monitoring capabilities but also empower users to make informed decisions about their energy usage patterns. This paper delves into the detailed architecture, methodologies, challenges, and potential socio-economic impacts of deploying such a smart energy metering system.
Babu et al. (Tue,) studied this question.