Government data reviewed by Reuters has revealed that Nigeria approved tax waivers for nearly 4,000 electric vehicles (EVs) during H1 2026, the first tranche under a new government programme to accelerate adoption through incentives and local assembly. However, Nigerian electrification efforts are being met with substantial practical challenges, not least of which are lagging charging infrastructure and a grid already heavily strained supplying power to more than 220 million people. 

Nigeria is aiming for 60% of its vehicle parc to be comprised of EVs by 2050, and it is backing this ambition with policy incentives. Since 2024, the country has exempted EVs from VAT, and earlier this year it cut EV import duties from 5% to zero. At the same time, the 2023 removal of the gasoline subsidy has pushed fuel costs up—above and beyond the price shocks induced by the Iran war—and made electric motorcycles, cars and buses more attractive by comparison. 

Despite these incentives, public charging infrastructure has largely struggled to keep pace: as of late 2025, Nigeria had roughly 48 public charging stations, most of them concentrated in major urban centres Lagos and Abuja. This contrasts with South Africa’s more than 500, itself a relatively modest number. There is little expectation for meaningful improvement through the rest of the decade: Nigeria’s own Energy Transition Plan projects only around 60 stations by 2030.

Then there is the matter of the Nigeria’s grid itself: supplying just 4,000 megawatts to meet the population’s needs, it works out at roughly 20 watts in per-capita grid power. This substantially lags other developing economies: Pakistan’s grid offers 43,500 megawatts for around 235 million people, or roughly 180 watts per capita; and Indonesia’s population of 280 million shares a 70,000-megawatt grid, for roughly 250 watts per person. The difference is even more stark when compared to major economies: the US grid has a capacity of 1.2 million megawatts, working out at 3,530 watts per-capita—roughly 176 times that of Nigeria. 

Both the charging infrastructure gaps and the weak power grid have pushed the entire EV ecosystem toward the same backup generators on which households already rely. Charging stations, dealerships and battery-swapping operators run on diesel and gasoline generators whenever grid power fails, and many EV owners charge at home through portable cables plugged into household outlets rather than relying on public infrastructure. It is easy to argue that this heavy reliance on fossil fuel burning—particularly in such an inefficient manner—negates much of the environmental argument for electrification in the first place.

Not all agree with that sentiment, though. Saglev, Nigeria’s first domestic EV maker and an affiliate of China’s Dongfeng, argues the trade-off is still worthwhile. “If we wait for electricity to become perfect before adopting EVs, the rest of the world will leave us behind,” executive Bolanle Boboye told Reuters. “Even when EVs are charged using diesel-generated electricity, they can still help reduce overall emissions.”

However, that claim does not hold up cleanly against the physics of small-scale generation. Portable generators in the 1-5 kW range typically convert fuel to electricity at only 15-20% thermal efficiency. Running a vehicle through that generator, then a battery, then an electric motor, stacks enough conversion losses that the resulting carbon footprint per kilometre lands roughly level with, or worse than, a modern fuel-efficient gasoline car. Generator-charged EVs may still cut tailpipe pollution in dense urban areas, but they do little for the emissions rationale behind Nigeria’s tax incentives specifically.

Nigerian EV buyers already appear to be adapting around the grid problem rather than waiting for it to be solved. Sales of extended-range EVs, which pair a battery with a small engine, have doubled this year according to Boboye, helping to decouple driving from dependence on charging infrastructure. BYD and Geely, in turn, are adjusting their own model ranges toward hybrid and extended-range options for the same reason, with Geely’s local partner Tim Motors reporting new-energy vehicles at just 2% of its Nigerian sales so far.

The clearer near-term electrification opportunity arguably sits with two- and three-wheelers rather than passenger cars. Nigeria has more than 15 million motorcycles on its roads, and electrifying them cuts operating costs substantially against their gasoline-powered equivalents. Two- and three-wheelers also lend themselves naturally to battery swap technology, something local start-ups MAX and Spiro are betting will solve electrification challenges in Nigeria more meaningfully than traditional charging infrastructure. 

Nigeria’s EV strategy may ultimately succeed, but perhaps not through the passenger cars its tax incentives target. Instead it may occur through the two- and three-wheeler segment, where the economics and infrastructural viability of electrification can be more easily made to work, despite the unreliability of the surrounding grid.