Design of cloud-integrated smart socket with mobile app control for reducing electricity waste

Zolkafle, Nurul Afiqah (2021) Design of cloud-integrated smart socket with mobile app control for reducing electricity waste. Project Report. Universiti Teknikal Malaysia Melaka, Melaka, Malaysia. (Submitted)

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Abstract

IoT is a smart application that allows various functions such as collecting and transferring data over a wireless network and without requiring human oversight. The smart socket is one of the applications that use the IoT system. This smart socket project aims to develop a smart power socket that controls electrical appliances' switching via a mobile app. Besides, it is also to analyze the performance of the developed system. This project is a system monitoring application using NodeMCU ESP32 Wi-Fi to access and control electrical devices. The project is designed for a cloud-integrated smart socket with a mobile platform for monitoring a reduction of electrical waste using the Blynk app. Using home Wi-Fi or mobile Hotspot, this smart socket can be controlled at a certain distance. The experiment conducted by this smart socket proved to have successfully reached a distance of 30 meters when using home Wi-Fi and 15 meters for mobile Hotspot. Based on the research, mobile applications developed can help people operate electrical appliances at home. As a result, the smart socket can reduce electricity consumption if the user forgets to turn OFF the switch after use. Hence, the smart socket is easy to use and user friendly

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