The uncomfortable economics of trying to build a bigger economy on an energy system that still struggles to power the one we have.
Nigeria has set itself a remarkable economic target: to become a $1 trillion economy by 2030. The ambition is embedded in the government’s Renewed Hope Development Plan for 2026–2030, endorsed by the National Economic Council as part of the roadmap towards that goal.
But one question deserves far more attention: What will power the $1 trillion economy? Not metaphorically. Literally. What will power the factories, farms, mines, hospitals, data centres, cold chains, businesses and millions of homes that must participate in producing a much larger Nigerian economy? Because Nigeria’s economic ambition is racing ahead of its electricity reality. Consider one number: 144.
“The trillion-dollar economy will not arrive as a government announcement. It will emerge from millions of productive decisions: machines running, crops processed, goods manufactured, data transmitted, businesses expanded and investments made.”
According to World Bank data sourced from the International Energy Agency, Nigeria’s electricity consumption was just 144 kilowatt-hours per person in 2023. The global average was 3,558 kWh. Nigeria therefore consumed roughly 4% of the global average per person.
The contrast becomes even sharper among large economies. In 2024, electricity consumption per capita was approximately 12,839 kWh in the United States, 14,093 in Canada, 7,530 in Japan, 6,109 in Germany, 6,447 in France, 4,195 in the UK, 5,137 in Italy and 11,350 in South Korea. China consumed about 6,524 kWh per person in 2023, while India consumed 1,182. Nigeria consumed 144 kWh per person.
The point is not that Nigeria must consume electricity like America or Germany. It cannot—and should not. The point is that large, productive economies require reliable energy at scale. The World Bank estimates Nigeria’s 2025 GDP at about $290.8 billion.
Exchange rates and inflation mean reaching $1 trillion does not require physically tripling everything Nigeria produces. But it does require a dramatically more productive, competitive, and investment-ready economy. And that economy needs energy. GDP is an accounting measure.
Factories do not run on GDP. Electricity does. Manufacturers need power to operate machines. Farmers need it for irrigation and processing. Cold chains need it for refrigeration. Hospitals need it to function. Data centres need it to stay online.
When electricity fails, production suffers. When businesses turn to expensive self-generation, costs rise. The result is a productivity problem disguised as a power problem. Nigeria’s electricity challenge is not simply about building more power plants.
NERC’s April 2026 operational factsheet reported 13,625 MW of installed generation capacity, but only 4,286 MW available for dispatch—a plant availability factor of just 31%. That distinction is crucial. Power sitting on an asset register does not manufacture anything. Electricity that cannot reliably reach a factory has limited economic value. Nigeria therefore needs to fix the entire chain: generation, gas supply, transmission, distribution, liquidity, maintenance, metering and investment.
Perhaps nothing captures Nigeria’s electricity paradox better than the generator. The World Bank has previously estimated that Nigeria has around 22 million small petrol generators. For many businesses, the generator is not an emergency device. It is part of the operating model.
A business can pay for grid electricity and then pay again for fuel, maintenance and self-generation. That is effectively a second electricity bill. Money spent keeping generators running is money unavailable for machinery, workers, expansion or innovation.
Nigeria is effectively asking businesses to become miniature power companies before they can become larger businesses. Yet the electricity deficit is also an enormous economic opportunity. More than 237 million people consuming only 144 kWh per person represents vast latent demand.
Nigeria can combine gas, hydro, utility-scale solar, distributed solar, battery storage, mini-grids, and embedded generation rather than relying entirely on the national grid. But the objective must go beyond producing more megawatts.
It must be about turning electricity into economic output. A manufacturer does not care that Nigeria has 13,625 MW of installed capacity. The manufacturer wants to know: Will I have electricity at 2 p.m. tomorrow? Will I have it next Tuesday? And what will it cost?
Those questions determine whether businesses invest, expand, and employ. The $1 trillion economy needs a $1 trillion energy ambition. Nigeria’s economic debate often begins with:
How do we grow GDP? Perhaps the more fundamental question is: What will physically allow the economy to produce more? The trillion-dollar economy will not arrive as a government announcement. It will emerge from millions of productive decisions: machines running, crops processed, goods manufactured, data transmitted, businesses expanded and investments made.
All require reliable energy. The real measure of transformation will therefore not be another GDP projection. It will be when a Nigerian entrepreneur switches on a machine and asks: “How much more can I produce?” —not “How long before the power goes off?” That is when Nigeria will know it is no longBusinessdayer merely chasing a trillion-dollar economy. It is finally building one. Because the generator can keep the economy alive. Only reliable, productive energy can make it grow.
SOURCE: Businessday
