By Hakeem Morounranti

Power solution to deliver 2,000+ MW within two years

Every evening across Nigeria, millions of generators roar to life. Diesel engines power a large share of the economy, from small shops to hospitals and factories. Businesses spend billions of naira every year simply to generate their own electricity, while households structure daily life around an unpredictable National Grid.

Nigeria’s electricity problem is often framed as a shortage of generation, but the deeper challenge lies in how electricity is delivered. For decades, reform efforts have focused on building more power plants and stabilising the national grid. Yet the grid itself remains one of the weakest links in the electricity value chain.

Transmission bottlenecks frequently prevent available electricity from reaching consumers. As a result, generation capacity remains underutilised while businesses and households continue to rely heavily on diesel generators.

When the grid collapses—as it does frequently the entire country goes dark at once. For a nation of more than 200 million people, dependence on a single centralised electricity system has become a structural vulnerability.

A more resilient strategy would combine centralised generation with decentralised regional electricity production. Northern Nigeria offers strong potential for this approach.

The region enjoys high solar radiation levels and vast expanses of land suitable for renewable energy development. In some areas, wind conditions can complement solar generation, making the region ideal for a network of renewable mini-grids that supply electricity locally.

Under a structured programme, each mini-grid installation could generate roughly 10 megawatts of electricity. Less industrialised states could host five plants each, producing about 50 megawatts locally.

More industrialised states could deploy up to fifteen installations, generating approximately 150 megawatts per state. The Federal Capital Territory could accommodate roughly twenty-five plants to support its growing population and economic activity.

Altogether, about 210 mini-grid plants could produce over 2,000 megawatts across Northern Nigeria. Producing electricity closer to where it is consumed offers multiple advantages. Transmission losses are reduced, dependence on long-distance grid infrastructure decreases, and local reliability improves.

Renewable mini-grids also benefit from modular design. Multiple smaller generation modules work together instead of relying on a single large generator. This allows maintenance to occur without shutting down the entire facility, and modules can be added gradually as demand grows.

Decentralised electricity production also alleviates pressure on the national transmission network. When Northern Nigeria generates a substantial share of its own electricity, more grid power can be directed toward southern industrial corridors, where manufacturing demand is highest.

Solar and wind mini-grids can be deployed much faster than conventional power plants. With proper financing and approvals, installations can often be completed within 12 to 18 months, making it realistic to operationalise the majority of the mini-grid network within two years.

The estimated investment for 210 mini-grid plants is between $2 billion and $3 billion. This can be achieved through a blended financing structure involving private renewable energy developers, development finance institutions, and infrastructure bonds.

Renewable mini-grids are attractive to investors due to their modularity, scalable design, and predictable operating costs. Beyond electricity supply, the programme would generate significant economic benefits.

Construction alone could create tens of thousands of jobs across engineering, logistics, installation, and civil works.
Each plant would require technicians, engineers, and operational staff, creating thousands of long-term direct jobs. Indirect employment would expand through supply chains, equipment manufacturing,
transport, and technical training.

Reliable electricity would also unlock productivity across Northern Nigeria’s agricultural economy, powering irrigation systems, cold storage facilities, and agro-processing plants.

Small businesses and local industries would benefit from lower operating costs, currently driven by diesel generators. In short, decentralised renewable mini-grids would not only improve electricity supply but also stimulate economic growth, job creation, and regional industrial development. For households, dependable electricity would transform daily life—powering schools, clinics, digital services, and community enterprises.

At the same time, reliance on diesel would decline, reducing environmental pollution and supporting Nigeria’s climate goals.
Nigeria’s electricity challenge is complex, and no single intervention will solve it overnight.

Yet a regionalised approach—combining centralised generation with decentralised renewable mini-grids—offers the most resilient and scalable pathway forward. Northern Nigeria’s geography and climate make it uniquely suited for renewable energy expansion.

By harnessing these advantages, the region could rapidly increase electricity supply while strengthening the stability of the national system. Decentralising electricity production and embracing renewable mini-grid networks could allow Nigeria to achieve more progress in two years than it has in the past two decades. Sometimes, solving a national problem requires not just more resources—but a different way of thinking.

Hakeem Morounranti is an Electrical Engineer with over 20 years of experience and deep knowledge of FMCG manufacturing and agro-processing. He writes from Kano