Published Paper Details:

In today's era, electricity is a fundamental necessity, yet traditional metering methods pose various challenges. Typically, an authorized meter reader from the Electricity Department visits homes to record energy consumption and calculate charges, a process prone to human error, time inefficiencies, and labor costs. This paper presents an innovative approach to automating the billing system by integrating a microcontroller with energy meters. The system utilizes a centralized server to store data, accessible to both officials and users via an Android application or website, ensuring secure data transmission. In cases of non-compliance with electricity board regulations, the system can automatically disconnect the power supply.Additionally, this solution addresses the prevalent issue of electricity theft. The proposed method includes advanced mechanisms for detecting tampering and unauthorized interference, promptly sending alerts to both the server and the user. The system is equipped with sensors to monitor for unusual patterns and anomalies, indicating possible theft or tampering. Upon detection, immediate notifications are dispatched, enabling swift action to mitigate losses. This approach not only streamlines energy management but also enhances the detection and prevention of power theft, contributing to a more efficient and reliable electricity distribution system. By leveraging IoT technology, the solution offers a comprehensive, automated method to manage and secure electrical energy usage, ultimately promoting sustainability and operational efficiency in the energy sector.