From megawatts to prosperity: Rural electrification in age of AI- REA MD Abba Aliyu

In the age of artificial intelligence, Nigeria's rural electrification agency, the Rural Electrification Agency (REA), is examining the critical relationship between AI, electricity infrastructure, and Nigeria's economic growth. As AI companies increasingly recognize the importance of reliable electricity, they are beginning to behave more like energy companies, investing in power generation, storage, and data centre locations.

This shift signifies a transformation in the global economy, where electrification is no longer a social development intervention but a crucial component of digital infrastructure and national competitiveness.

According to the International Energy Agency (IEA), global data centre electricity consumption is projected to reach 945 TWh by 2030, approximately double today's level. This rapid growth in data centre consumption has led the IEA to describe the broader transformation as an "Age of Electricity." The world is expected to add an average of 50% more electricity demand each year between 2026 and 2030 compared to the previous decade.

Data centres, electrification, cooling, manufacturing, and electric mobility are the primary drivers of this transformation.

Nigeria must recognize electricity as economic infrastructure, digital infrastructure, and national-competitiveness infrastructure, rather than solely a social development concern. The implications for Nigeria, REA, and RAMCO are significant. While Elon Musk did not purchase an operating nuclear power plant, xAI's development of its own electricity supply around its massive computing infrastructure highlights the growing trend of technology companies investing in power generation themselves.

By doing so, these companies are effectively becoming anchor customers for new electricity infrastructure, providing a critical economic opportunity for Nigeria.

Other major tech companies, such as Meta and Microsoft, have also recognized the importance of securing substantial nuclear energy generation to support their future competitiveness. Microsoft's commitment to restarting a retired nuclear reactor and Google's partnership with Kairos Power for advanced nuclear generation demonstrate the potential for Nigeria to collaborate with these tech giants to develop its own energy infrastructure.

Moreover, Microsoft's electricity purchase agreement for the Crane Clean Energy Center illustrates the importance of generating reliable megawatts that can effectively power productive customers and drive economic activity. Google's investment in advanced nuclear reactors signifies the need for Nigeria to focus not only on the construction of megawatts but also on ensuring that those megawatts are reliably delivered to productive customers for economic development.

In conclusion, Nigeria must view electricity access not just as a social development intervention but as a foundation for economic growth and digital competitiveness. By embracing the lessons learned from AI companies' investments in power infrastructure, Nigeria can position itself as a leader in the "Age of Electricity" and harness the full potential of its vast rural electrification network.