Integration of smart energy metering system for residential house via IoT

Osman, Izatulnajehah (2023) Integration of smart energy metering system for residential house via IoT. Project Report. Universiti Teknikal Malaysia Melaka, Melaka, Malaysia. (Submitted)

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Abstract

The Internet of Things (IoT) offers a promising way to monitor and manage energy consumption through the integration of smart energy metering systems for residential homes. Homeowners find it difficult to efficiently monitor their energy usage with traditional energy metres because they require manual readings. The deployment of a smart energy metering system that makes use of IoT technology is suggested in this research in order to allow realtime monitoring, data analysis, and remote control of energy use in residential homes. The proposed system consists of smart energy metres installed in homes that gather real-time data on energy usage and send it via IoT communication protocols to a central data management platform. The central platform analyses and examines the data to produce insights into patterns of energy consumption, spot abnormalities, and give homeowners useful advice for maximising energy use. Additionally, the system offers homeowners a user-friendly interface accessible from computers or mobile devices that allows them to remotely control and manage their energy usage. Smart energy metering system integration through IoT has a lot of promise to improve residential buildings' sustainability, lower expenses, and promote energy efficiency. The technological considerations, advantages, and difficulties of implementing such a system are covered in this research, along with some information on possible residential applications.

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