A Real-Time Surveillance System for Smart Energy Meters, Constructed with IoT Integration to Assure Billing Automation

The Internet of Things (IoT) has brought about a transformation in various sectors, particularly in energy management, by enabling smart monitoring and automation. This research presents an IoT-based energy metering and billing system that is designed to enhance efficiency, accuracy, and real-time monitoring of energy consumption. Traditional metering and billing techniques are often vulnerable to human errors, delays, and inefficiencies. Our proposed system integrates smart meters with IoT connectivity to offer real-time data on energy usage, automated billing, and remote control capabilities. The methodology involves the deployment of smart meters equipped with embedded sensors and wireless communication modules to transmit data to a cloud-based platform. Users can access their energy consumption data through a mobile application, which ensures transparency and timely bill payments. This approach improves energy management for consumers and utility providers while also reducing operational costs. The paper further discusses the hardware components, real-time challenges such as network security, data accuracy, and system reliability, and provides a comprehensive evaluation of the system's effectiveness. The methodology consists of deploying smart meters that include embedded sensors and wireless communication modules to send data to a cloud-based platform. Users can access their energy consumption information through a mobile application, ensuring transparency and timely bill payments. This method improves energy management for both consumers and utility providers while decreasing operational costs. The paper also addresses the hardware components, real-time challenges such as network security, data accuracy, and system reliability, and provides a conclusive evaluation of the system's effectiveness.