Integration of Smart Grid Technology for Sustainable Power Distribution: A Case Study of Nigeria

Abstract

This study explores the integration of smart grid technology as a solution to the persistent energy crises in Nigeria. The aim is to evaluate the feasibility of transitioning from traditional aging infrastructure to a modernized smart grid to enhance operational reliability and efficiency. The scope covers the current challenges of the Nigerian power sector, including high technical losses and inadequate generation. The methodology employed a qualitative research design involving a systematic literature review, stakeholder interviews with regulatory officials, and analysis of pilot smart grid projects. Data collection was derived from industry reports, academic publications, and real-world performance metrics from distribution companies (DisCos). Findings indicate that implementing Advanced Metering Infrastructure (AMI) can reduce technical losses by up to 15% and increase revenue collection by 25%. However, high upfront costs and a lack of local technical expertise remain significant barriers. The study concludes that a phased implementation approach is vital for long-term success. It is recommended that the Nigerian government establish a robust regulatory framework and prioritize public-private partnerships to bridge the funding and infrastructure gaps.