Nigeria’s renewable energy agency to boost 200 MW of locally manufactured solar

The Nigerian Rural Electrification Agency (REA) established a framework for the annual offtake of 200 megawatts (MW) of locally manufactured solar photovoltaic modules and 200 megawatt-hours (MWh) of battery energy storage products.

This marks one of the country’s boldest moves to develop a domestic renewable energy value chain.

In a joint development agreement signed by REA and Ecotech Development Nigeria Limited, the project will strengthen local solar manufacturing, deepen technology transfer, and accelerate the industrialisation agenda.

According to the International Energy Agency (IEA) latest report, solar panel imports into 15 African countries went above $400 million in the first quarter of 2026.

As a result, households and businesses are turning to alternative power sources amid an energy crisis. The report also compared the first-quarter figure with $650 million recorded by the same 15 countries for all of 2025.

Nigeria’s also dependent on imported renewable energy equipment. The signed partnership is said to help create jobs, expand local technical capacity and support the federal government’s clean energy and industrial development objectives.

Senator John Enoh, Minister of State for Industry, said the agreement is a major milestone that reflects the strategic collaboration needed to build industrial capacity and expand access to sustainable energy infrastructure.

Abba Aliyu, Managing Director/Chief Executive of REA described the agreement as a watershed moment for Nigeria’s renewable energy sector. He said it represents the first commitment by a Tier-One Chinese renewable energy company to establish manufacturing and assembly operations in the country.

Aliyu said the initiative comes against the backdrop of Nigeria’s huge electricity access gap, revealing that more than 85 million Nigerians, which is about 40 percent of the population, still lack reliable access to grid electricity.

Acknowledging the progress made, he said the country still faces a significant electrification challenge.

John Zhao, Ecotech’s managing director, said the company will manufacture and assemble panels, battery systems, and hybrid inverters and provide engineering, installation, and maintenance services.

However, he said the company cannot yet say when production will begin or whether it will purchase the full headline volumes annually.

REA agreement as an off-take framework

Bardeson Desmond, Senior Researcher and Programme Lead at Clim Edge Hub, an energy transition consultancy firm, told Gas Outlook to think of 200 megawatts and 200 megawatt-hours as a ceiling, not a cheque already written.

He said what the REA has done is create a framework to facilitate offtake, channelling locally made panels and batteries into its mini-grids, solar home systems, and productive-use projects.

“Every single order still has to pass procurement and be won on price, quality, and reliability. Ecotech brings the assembled panels, batteries, and inverters, plus installation and after-sales service,” Desmond said.

“The honest answer on timing is that this is still a Joint Development Agreement, so no commissioning date is fixed yet, expect assembly and battery-kitting to come first, with deeper local manufacturing following as the orders and financing get locked in,” he added.

Katlong Alex, an energy sustainability analyst at the African Energy Council, said the project is an offtake framework rather than an unconditional purchase commitment.

He told Gas Outlook that REA has committed to facilitating annual purchases of up to 200 MW of solar modules and 200 MWh of battery storage through its renewable asset management subsidiary.

“Each purchase must still comply with public procurement rules and be assessed on price, quality and reliability. The agreement is also nonexclusive. In principle, that demand visibility could help Ecotech finance and scale production.

“However, public information does not specify guaranteed minimum volumes, prices, contract duration, factory location, or a commissioning timetable.”

Local Assembly vs. Local Manufacturing

Katlong noted a distinction between assembly and manufacturing. He said public statements mention both but do not disclose whether Nigeria will produce solar cells or battery cells, the higher-value components, or import them for local module and pack assembly.

“Local assembly can still create value through fabrication, testing, system integration, logistics, and maintenance. It could reduce freight costs, shorten delivery times, and retain some expenditure locally.”

However, he said the foreign-exchange savings will be modest if solar cells, battery cells, inverters, and specialised electronics remain imported.

“The opportunity is substantial, PwC reported that Nigeria imported more than four million solar panels worth over $200 million in 2023. However, the proper measure of success is not simply the number of products carrying a “made in Nigeria” label.

“It is the percentage of domestic value added and whether local participation progresses from assembly into components, engineering, research, and supplier development.”

Bardeson also added every megawatt assembled here keeps freight, margins, and warranty obligations at home, hedges the naira, and shields us from global supply shocks. “It won’t kill imports overnight, but it moves the value, and the jobs, onto Nigerian soil.”

Potential impact on jobs, technology transfer

Katlong said the partnership could support jobs in assembly, electrical engineering, installation, quality assurance, and maintenance. He mentioned that neither party has published an investment figure, employment target, training programme, or local-content commitment.

“The project should be measured against clear indicators: permanent jobs created, Nigerian workers trained and certified, domestic procurement, factory output, local value added, product quality, and formal partnerships with universities, polytechnics, and research institutions.”

For Katlong, technology transfer should mean Nigerians acquiring the capacity to operate, maintain, adapt, and eventually design these systems, not simply working on an imported assembly line.

“A 200MW annual facility would be meaningful for Nigeria, particularly because the model attempts to connect manufacturing with predictable public demand. But describing it as continent-leading would be premature,” he said.

“Successful African renewable manufacturing requires not only market demand but also infrastructure, finance, a supportive business environment, and strong local supply chains.”

Bardeson added that Nigeria has already proved this model works with the Nigeria Electrification Project, which built 125 mini-grids, sold over a million solar home systems, connected 5.5 million people, and created more than 5,000 green jobs.

“A 200-megawatt factory should generate hundreds of direct jobs and thousands more in installation, logistics and servicing, but the real prize is technology transfer: a Tier-One Chinese manufacturer bringing process engineering, quality control, and workforce training we’d otherwise pay dearly to learn,” Bardeson said.

“Regionally, Egypt and Morocco built around exports; South Africa leads on installed solar, but Nigeria’s differentiator is demand security, using public off-take to de-risk private money. That’s a first at this scale in sub-Saharan Africa,” he added.

Economic and accessibility impacts of local solar manufacturing

According to Bardeson, the math is brutal and beautifully simple when it comes to increasing local solar manufacturing to make electricity more affordable and accessible.

He mentioned that a 420-watt solar panel in Nigeria costs about $60 and produces roughly 550 kilowatt-hours a year, but that same $60 of diesel gives you only about 275 kilowatt-hours.

“The panel pays for itself in about six months. Assembling locally strips out freight and import margins, making mini-grids and solar home systems more affordable exactly where they’re needed, because more than 85 million Nigerians, about 40% of us, still lack reliable grid power,” Bardeson said.

“And the diesel bill is not small change: Nigeria spends around eight billion dollars a year burning petrol and diesel in generators. Every locally made panel that replaces a generator means cheaper, cleaner, quieter power, and, for a market woman or a rural clinic, that’s money and reliable light that finally stay at home,” he noted.

Katlong emphasised that local manufacturing could improve availability, reduce shipping delays, and partly limit exposure to exchange-rate movements. He said if that translates into competitively priced solar-plus-storage systems, more households, businesses, and mini-grids could reduce their dependence on petrol and diesel generators.

“The battery component is especially important because solar panels alone cannot provide dependable evening or overnight supply. Storage allows daytime generation to be used later and reduces the need for fossil fuel backup.”

However, he argues that locally produced does not automatically mean cheaper. He said final costs will depend on manufacturing scale, financing, imported inputs, taxes, competition, and product performance.

“Restricting imports before domestic producers can supply adequate, competitively priced equipment could increase costs and undermine energy access,” he said.

“I would consequently judge the initiative not only by factory output but also by whether it produces verifiable reductions in equipment prices, customer tariffs, generator operating hours and fuel consumption. That is the difference between an industrial announcement and a genuine energy-access intervention,” he concluded.