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Title	Design And Implementation Of An Iot-Enabled Smart Plug Socket For Home Energy Management
ID_Doc	18551
Authors	Rokonuzzaman M.; Mishu M.K.; Islam M.R.; Hossain M.I.; Shakeri M.; Amin N.
Year	2021
Published	5th International Conference on Smart Grid and Smart Cities, ICSGSC 2021
DOI	http://dx.doi.org/10.1109/ICSGSC52434.2021.9490420
Abstract	This paper proposes an Internet of Thing (IoT)-enabled smart plug socket (SPS) to monitor and control energy consumption in a home/building energy management system. The device can wirelessly transmit data to a home energy management (HEM) controller. Additionally, the transmitted data can visualize, store, and analyze through the connected web server and smartphone. A customized android application is developed to interface the proposed SPS with the webserver and smartphone. According to experimental results, the proposed SPS can correctly interpret the power usage of wirelessly attached devices from anywhere without data loss. The proposed system has experimented with for 40-minute in the laboratory. The experiment shows an energy consumption of 0.124 kWh with an electricity bill of 0.697 RM. As a result, with the correct scheduling algorithm, the suggested smart socket framework can be utilized entirely in a home energy management system. © 2021 IEEE.
Author Keywords	ESP32; home energy management system (HEMS); internet of things (IoT); smart plug; smart socket

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