Rethinking Nigeria’s Energy Pathway: Beyond Gas Dependence

Nigeria needs to look beyond gas and towards renewable generation capacity to ensure improved national energy security. 

Despite having one of the largest economies in Africa and vast natural gas wealth, Nigeria remains the country with the largest electricity deficit in the world (Bjerde, 2024). Around 70% of Nigerians experience some level of energy poverty (Obileke, 2026), even as the country holds roughly a third of Africa’s total gas reserves (Statistica, 2024). This is the central contradiction at the heart of Nigeria’s energy system: abundance has not translated into access. This raises the question, is Nigeria’s current, gas-heavy pathway capable of delivering energy security? 

The causes of Nigeria’s energy crisis are diverse, ranging from underinvestment and ineffective policy implementation to skills gaps, ageing infrastructure, and persistent gas supply constraints (Somoye, 2023). The result is an energy distribution system that is expensive, unequal, and unequal. The economic consequences of this failing energy system are severe. The World Bank estimates that Nigeria loses around USD 29 billion annually due to unstable electricity supply, a drag on productivity that disproportionately affects small and medium-sized enterprises. For many businesses, self-generation through diesel and petrol generators is not a backup but a necessity, significantly increasing operating costs, limiting competitiveness, and creating additional air pollution. 

At a household level, the impacts are equally profound. Unreliable electricity undermines access to essential services, from healthcare facilities, to households that lack safe and affordable lighting and cooking options. It also constrains education, and limits income-generating activities, particularly in informal and rural economies. Communities across Nigeria consistently describe electricity as costly, polluting, and unpredictable. The crisis, therefore, is not just technical, it is deeply social and economic, reinforcing inequality and holding back broader socioeconomic development.

Even in communities that do have access to grid electricity, the system is still far from dependable. Around 80% of all on-grid power is created from natural gas (IEA, 2024). Communities in oil- and gas-producing regions bear significant environmental and health costs, experiencing severe air and water pollution, loss of agricultural livelihoods, and rising rates of respiratory illness.  Despite the evident failures in the current system through deepening inequality and acute environmental impacts, there is still a national push to maintain gas-intensive power generation. 

Nigeria’s gas-dependent power system rests on a fragile and costly political economy. Government subsidies and repeated bailouts of privately owned generation companies, many of which owe money to gas suppliers, have not improved reliability or affordability. Ageing infrastructure continues to deteriorate, with limited capacity to maintain pipelines, transmission networks, and generation assets. Proponents argue these challenges are temporary and that more investment in pipelines, processing, and generation will stabilise the system. This assumes a level of coordination and capital mobilisation that Nigeria has struggled to sustain. It also overlooks a core constraint. Gas is a globally traded commodity, not just a domestic resource. Export priorities, particularly for liquefied natural gas, often take precedence over domestic supply. This creates foreign exchange exposure and supply instability. Despite vast reserves, gas remains unreliable and poorly aligned with the goal of delivering consistent, affordable electricity. If gas was the answer Nigeria would not have an energy access problem. 

Nigeria has huge renewable energy generation potential (Nkalo, 2025). Its energy transition is not a future prospect, it is underway at the community level. Households, clinics, and  businesses are rapidly adopting solar solutions because they work: they are reliable, increasingly affordable, and independent of fuel supply chains. Some systems pay for themselves within months through avoided diesel costs, while delivering immediate improvements in quality of life and economic activity.

Decentralised energy generation is also becoming recognised at a policy level. Since 2024, the Nigerian Electricity Regulatory Commission (NERC), has been issuing permits for mini grids and off grid power generation to a number of private companies (ESI Africa, 2024). Additionally, in the Electricity Act 2023, states in Nigeria are able to create state-level energy plans. This, if paired with a well-developed Integrated Resource Plan, could pave the way for a decentralised renewable energy future for Nigeria.  

Nigeria’s energy transition is not only about fixing electricity access, it is about reshaping the country’s industrial future. As a central player in the West Africa Power Pool (WAPP), Nigeria has the potential to become a regional clean energy hub, leveraging its solar resources, transmission footprint, and market size to export renewable power while strengthening domestic supply.

Beyond energy security, the transition could strengthen Nigeria’s broader economic position. Major industrial corridors such as Lagos–Abeokuta–Ibadan–Osogbo and Port Harcourt–Owerri–Onitsha–Enugu drive growth but also account for a large share of emissions, with energy and industry contributing around 60% of the total. Renewable Energy Zones offer a pathway to transform these regions by providing reliable clean power, reducing pollution and health impacts, and supporting domestic manufacturing of solar panels, batteries, and related components. With targeted policy support, including plans to scale solar manufacturing and initiatives such as the RIPLE pipeline, these zones could create skilled jobs, strengthen local value chains, and position Nigeria as a regional industrial and energy leader.

This decentralised, bottom-up shift challenges the assumption that reliability must come before renewables. In many parts of Nigeria, renewables are already the most reliable option available. The question, then, is not whether renewables can deliver, but whether policy and investment frameworks will catch up with reality.