Can Nigeria Go Electric Without Fixing Its Electricity Problem?

 

By Steven Dan-Asabe Aya 

Nigeria wants its motorists to embrace electric vehicles. The government has introduced incentives to encourage their importation and local assembly, while automobile companies and mobility startups are increasingly positioning themselves for what could become a major transformation in the country's transportation sector.

But there is an uncomfortable question at the centre of Nigeria's electric-vehicle ambitions: how can a country struggling to provide reliable electricity to homes and businesses successfully power millions of electric cars?

The question has become more urgent as interest in electric mobility grows. Nearly 4,000 electric vehicles were approved for use in Nigeria during the first half of 2026, according to a recent report, suggesting that the market, although still at an early stage, is beginning to gain momentum.

Nigeria's Energy Transition Plan has set an ambitious long-term target for electric-vehicle adoption. The government is also offering tax incentives and encouraging local assembly as part of efforts to reduce dependence on fossil fuels and move the transportation sector towards cleaner energy.

Yet the infrastructure required to support that transition remains seriously inadequate. Nigeria currently has only about 48 public electric-vehicle charging stations, with most concentrated in Lagos and Abuja. At the same time, the national electricity system produces only around 4,000 megawatts for a population of more than 200 million people.

For an electric-car owner, therefore, the problem does not end when the vehicle is purchased. The next question is where and how the battery will be charged. In a country where homes and businesses routinely depend on alternative power sources, charging an electric vehicle from a diesel generator would raise an uncomfortable question about the economic and environmental logic of the transition.

This is already forcing companies to rethink the Nigerian electric-mobility model. Automakers are exploring hybrid and extended-range vehicles, while electric-mobility companies are developing battery-swapping systems that could reduce dependence on conventional charging stations. Such alternatives may prove particularly useful for motorcycles and three-wheelers, where batteries can be exchanged more quickly than a conventional vehicle can be recharged.

The economics may also work differently for commercial transport operators. Rising petrol prices following the removal of the fuel subsidy have increased operating costs for many transport businesses. For motorcycle and tricycle operators, an electric alternative that reduces daily energy costs could become attractive if the supporting infrastructure is available. Battery-swapping networks could further reduce the amount of time operators spend waiting for their vehicles to charge.

But Nigeria's challenge is bigger than simply putting more electric vehicles on its roads. The country must build an ecosystem around them. That means reliable electricity, strategically located charging stations, standards for charging equipment, financing for infrastructure, technical expertise and policies that encourage private investment. A recent Nigerian electric-mobility market assessment similarly identified inadequate charging infrastructure as one of the major barriers to the country's transition.

There is, however, an opportunity hidden inside the problem. Nigeria does not necessarily have to wait for the national grid to become perfect before developing electric mobility. Solar-powered charging stations, mini-grids and battery-storage systems could provide alternatives in locations where grid electricity is unreliable. The World Bank's e-mobility strategy for Nigeria has also identified renewable energy, mini-grids and appropriate electricity arrangements as potential components of the infrastructure required to support electric mobility.

The transition could therefore become more than an environmental project. It could create opportunities for local vehicle assembly, battery services, charging infrastructure, software development, renewable-energy companies and technical jobs. But that will happen only if Nigeria approaches electric mobility as an integrated industrial and energy policy rather than simply encouraging people to buy electric cars.

For now, Nigeria appears to be standing at an important crossroads. The appetite for electric mobility is beginning to emerge, government policy is moving in that direction and businesses are positioning themselves for the market. But the success of the transition will ultimately depend on whether Nigeria can solve the infrastructure problem that sits at its heart.

The electric car may be the vehicle of the future, but Nigeria must first answer a much older question: where will the electricity come from?