Design and development of an information management system for electricity payment in UMEME yaka meters.

Abstract

This project report seeks to address the challenges associated with manual electricity unit loading in UMEME Yaka meters by designing and developing an innovative information management system aligned with Uganda's development goals. The current system requires users to input a lengthy 20-digit token physically, leading to errors and inconvenience, especially during unit shortages. To mitigate these challenges, the proposed solution involves implementing GSM-based technology for automatic and remote activation, eliminating the need for physical interaction with the customer interface unit (CIU). Research methods like observation, interviews, and literature review were utilized to gather insights and identify technological solutions. A prototype was developed using Atmel ATMEGA328P-PU microcontroller advanced technology, interfaced with a SIM800L quad-band GSM modem. This prototype was able to automatically load the tokens when payment was made and the project objectives were met as indicated by the outcomes as demonstrated in the report. This project aligns with Uganda's objectives of promoting technological innovation, economic growth, and sustainable development, representing a significant step towards modernizing the country's electricity infrastructure and facilitating socio-economic progress.