DESIGN AND IMPLEMENTATION OF AN ONLINE ELECTRICITY PAYMENT AND METERING SYSTEM WITH PAYMENT INTEGRATION, EMAILING AND SMS
Abstract
Abstract
In today's rapidly digital world, efficient energy management and transparent billing are critical
challenges for supply providers. Traditional power billing systems that rely on manually measured
values and paper-based invoices often suffer from inaccuracies, delayed revenues, and increased
operating costs. This project proposes the design and implementation of online current calculation
and measurement systems that address these challenges using cutting-edge digital technologies
and improve overall service. The proposed system integrates enhanced measurement infrastructure
(AMI), smart metering technology, and cloud-based data management to enable real-time
monitoring of power consumption. By automating the data collection and billing process, the
system significantly reduces human error and operational inefficiency. The system design is based
on a multi-tier architecture that combines a user-friendly web portal with robust back-end
processes, including a user-friendly web portal and secure APIs for managing large data records,
intelligent contracts, and storage solutions. Experimental evaluations show that the proposed
system not only improves invoice accuracy and operational efficiency, but also improves the
overall consumer experience through the seamless integration of real data visualization, automated
alerts and digital payments. This project contributes to the field of energy management by
providing scalable and secure online computing solutions tailored to global trends with intelligent
network technologies and sustainable energy practices. The results provide implementable insights
for supply providers and political decision-making, paving the way for future innovations in
automated accounting systems and digital energy management.
Keywords: Blockchain, Artificial Intelligence, Internet of Things (IoT), Cloud Computing,
Energy Management.
Word Count: 231 words
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