Development of a Smart Socket System to Reduce Energy Consumption in The University Residential Complex.

Author

Chitakasha, Timothy I

Title

Development of a Smart Socket System to Reduce Energy Consumption in The University Residential Complex.

Abstract

This project presents the development of a Smart Socket System aimed at reducing energy consumption within a university residential complex. The system integrates an ESP32 microcontroller, an ACS712 current sensor, and a one-channel relay module to monitor and control electrical appliances in real-time. By continuously tracking current flow, the system can detect overload conditions and provide immediate response by disconnecting the power supply through the relay mechanism, thereby preventing potential electrical hazards. A web based interface allows users to remotely access energy usage data and control connected appliances, enhancing both safety and energy efficiency. The implementation demonstrates a practical approach to addressing the increasing demand for smart energy management solutions in residential settings. Future enhancements, including the integration of machine learning algorithms for usage prediction and automated control, are recommended to further optimize energy consumption and user convenience.

Date

June 2025

Publisher

BUSE

Keywords

Socket

Energy

Development

Supervisor

Mr D Hove