Nigeria is fixing the wrong electricity problem

Every evening across Nigeria, millions of households and businesses perform a familiar ritual. Some start generators. Others switch to inverters and batteries. Increasingly, many turn to solar systems installed on rooftops and shopfronts. They do not do so because they have abandoned the national grid. They do so because they have learned not to depend on it.

This reality should force an uncomfortable question into Nigeria’s energy debate: what if the country’s electricity challenge is no longer simply about generating more power but about building the right kind of power system for the future?

For years, conversations about the electricity sector have revolved around the same priorities: increasing generation, strengthening transmission infrastructure, improving metering, and implementing sustainable tariffs. These objectives remain important. There is a growing risk that Nigeria is spending enormous resources trying to perfect a model whose underlying assumptions are steadily becoming outdated.

The traditional electricity system was built around a simple idea. Large power plants generated electricity that flowed through transmission and distribution networks to passive consumers. Scale delivered efficiency. Centralised planning delivered coordination. Consumers had little choice but to buy power from the grid.

For much of the twentieth century, that model made sense.

Today, it is being challenged by economics, technology, and consumer behaviour.

Nigeria’s electricity strategy continues to rely heavily on natural gas as the backbone of generation. Gas remains important and will continue to play a critical role in ensuring grid stability. However, recent years have exposed the vulnerabilities of overdependence on a single foundation. Pipeline vandalism, foreign exchange pressures, financing constraints, and infrastructure bottlenecks have repeatedly disrupted the path between Nigeria’s vast gas reserves and a reliable electricity supply.

The lesson is not that gas should be abandoned. It is that resilience requires diversification.

While policymakers debate the future of the grid, Nigerians have already begun building alternatives of their own.

Across cities and industrial clusters, businesses are investing in captive power solutions. Households are increasingly adopting solar systems, batteries, and inverters. Markets, schools, hospitals, and small enterprises are assembling their own energy ecosystems because the economics increasingly justify doing so.

What began as a response to unreliable electricity is evolving into a structural transformation of the energy landscape.

This shift represents more than an infrastructure story. It represents a change in the relationship between consumers and electricity itself.

In the old system, consumers waited for power to arrive. In the emerging system, consumers increasingly generate, store, manage, and control their own energy. Technology is transforming electricity from a centrally delivered service into a more distributed and flexible network of interconnected sources.

This transition carries enormous opportunities. It can accelerate electrification, improve reliability, reduce pressure on public infrastructure, and expand access to underserved communities. Indeed, it also creates risks that policymakers cannot afford to ignore.

One of the most significant is the future of electricity distribution.

As large commercial and industrial consumers adopt alternative energy solutions, distribution companies risk losing some of their highest-paying customers. If this trend accelerates without careful planning, the costs of maintaining distribution infrastructure could become concentrated among smaller and poorer consumers who lack the financial capacity to invest in self-generation.

The result could be a dangerous cycle of rising tariffs, declining revenues, deteriorating infrastructure, and further customer migration away from the grid.

This is not a theoretical concern. Countries confronting rapid growth in distributed energy are already grappling with these challenges. Nigeria has an opportunity to learn from those experiences before similar pressures become entrenched. Doing so requires a fundamental shift in policy thinking.

Too often, electricity reform is discussed primarily in terms of ownership, regulation, and institutional restructuring. Recent constitutional and regulatory changes have expanded the role of state governments in electricity markets, creating opportunities for local innovation and investment.

These developments are welcome. However, decentralising regulatory authority is not the same as decentralising electricity itself.

Electricity markets remain interconnected systems. They require common technical standards, coordinated planning, transparent pricing mechanisms, and reliable infrastructure. Fragmentation without coordination risks replacing one set of inefficiencies with another.

More importantly, policymakers must begin rethinking the economics of the network itself.

The physical grid remains indispensable. Heavy industry, regional commerce, large-scale manufacturing, and national economic integration will continue to depend on robust transmission and distribution infrastructure. The question is not whether the grid remains necessary. The question is how it should function in a future where millions of consumers may generate part of their own electricity.

This demands a new regulatory framework. The cost of maintaining the network should be separated more clearly from the cost of electricity consumed. Consumers who rely on the grid for backup services should contribute fairly to maintaining that infrastructure. At the same time, universal service obligations must ensure that vulnerable households are not left carrying a disproportionate share of the burden.

Distribution companies must also evolve. Their future cannot be limited to selling electricity units. Increasingly, they must become network operators, energy managers, and facilitators of a more dynamic electricity ecosystem.

Nigeria’s electricity challenge is therefore both simpler and more complex than many policy debates suggest.

The country certainly needs more power. It needs better transmission infrastructure, stronger distribution networks, improved gas supply, and more effective regulation. But it also needs something deeper: a clear vision of what the future electricity system should look like.

The greatest risk is not that Nigeria fails to complete its electricity transition. The greatest risk is that it succeeds in completing the wrong one.

If public policy remains focused exclusively on perfecting the centralised model of the past, the country may eventually build the grid it has long desired, only to discover that technology, economics, and consumer behaviour have already moved elsewhere.

The future of electricity will not be defined solely by bigger power plants or longer transmission lines. It will be defined by flexibility, resilience, decentralisation, and consumer choice.

Nigeria should not stop fixing the grid. It should stop assuming that the grid alone is the future.

The objective is not to build the electricity system we once imagined. It is to build the one the country now needs.