By Adaobi Rhema Oguejiofor
For years, Nigeria’s automotive industry has been dominated by imported vehicles, rising fuel costs and the search for more affordable and sustainable transportation. But a new chapter is emerging, with efforts to develop and assemble vehicles locally and reduce dependence on imported automotive technologies.
The National Agency for Science and Engineering Infrastructure (NASENI) is at the centre of this shift, with a growing portfolio of technologies spanning electric vehicles (EVs), electric tricycles, electric motorcycles, solar-powered cargo vehicles and compressed natural gas (CNG) conversion systems.
The agency recently announced that it had developed and introduced more than 40 products across sectors including renewable energy, agriculture, healthcare, information technology and transportation. Among its notable automotive initiatives is an electric vehicle assembly facility being developed at Abuja Technology Village.
The move is significant because Nigeria’s transition to cleaner mobility cannot depend solely on importing finished electric vehicles. It also requires local engineering expertise, assembly facilities, technicians, component suppliers and after-sales support.
Electric vehicles are transforming the global automotive industry, but Nigeria faces unique challenges in adopting the technology. High vehicle costs, inadequate charging infrastructure, electricity supply concerns, battery technology, maintenance expertise and replacement parts could all influence the pace of adoption.
NASENI’s approach therefore extends beyond passenger cars. The agency has unveiled an electric Keke, electric motorcycle and solar-powered cargo tricycle, alongside plans for EV assembly and CNG conversion facilities.
This focus is particularly relevant to Nigeria, where motorcycles, tricycles, minibuses and light commercial vehicles are widely used for transportation and logistics. Electrifying some of these categories could create opportunities for mobility solutions designed around local transport needs rather than simply importing models developed for other markets.
Building a New Automotive Value Chain
Electric vehicles also offer Nigeria an opportunity to participate in a new generation of automotive manufacturing.
Unlike conventional vehicles, EVs rely heavily on batteries, electric motors, power electronics, charging systems and software. Developing expertise in these areas could allow Nigeria to move beyond vehicle assembly into the production of important components and technologies.
NASENI’s work on lithium battery technology and solar-powered systems is particularly relevant. The agency is also developing a 40-hectare Solar Industrial Park in Gora, Nasarawa State, aimed at supporting solar research, manufacturing, testing and deployment.
The connection between energy and mobility is crucial. EV adoption ultimately depends on access to reliable and affordable electricity. For Nigeria, solar energy, battery storage and distributed power solutions could therefore play an important role in supporting electric transportation.
For motorists and commercial operators, however, environmental benefits alone will not determine adoption. They will also want vehicles that are affordable, reliable, durable and cheaper to operate and maintain. Those economics will determine whether electric mobility moves from demonstration projects to widespread use.
CNG and EVs: Two Paths to Cleaner Mobility
NASENI’s strategy also recognises that electric mobility will not replace Nigeria’s existing vehicle fleet overnight. Its CNG conversion and reverse-engineering centres provide another pathway for reducing reliance on petrol and diesel while the electric vehicle ecosystem develops.
CNG can offer a transitional option for existing vehicles and fleets, while electric technology expands into applications where it is technically and commercially suitable.
For a country with a large existing vehicle population, this gradual transition could be important. Rather than attempting to replace conventional vehicles immediately, Nigeria can introduce alternative powertrains while developing the infrastructure, skills and industrial capacity required for wider electrification.
The Real Test Is Commercialisation
The unveiling of locally developed vehicles is an important milestone, but production at scale will determine the initiative’s long-term impact.
NASENI has indicated that its next phase will focus on scaling production, increasing local content, improving standards and certification, boosting factory utilisation and expanding market adoption.
These are critical requirements for Nigeria’s automotive industry. A locally made vehicle must compete on price, reliability, safety, durability, availability of spare parts and quality of servicing.
Private-sector participation will also be essential. Component manufacturers, dealerships, financiers, charging companies, fleet operators and technical institutions will all have roles to play in building a sustainable EV ecosystem.
NASENI’s partnerships with local and international organisations, including agreements involving new-energy vehicles and lithium battery technologies, further highlight the importance of technology transfer in developing domestic capabilities.
From Laboratory to the Road
The emergence of Nigerian-made electric mobility products represents a shift in the country’s automotive ambitions.
The challenge is no longer simply whether Nigeria can develop electric vehicles, but whether those innovations can become commercially viable products that are produced consistently, supported locally and affordable enough for Nigerians to adopt. Achieving that will require investment, technical skills, infrastructure, standards, financing, charging networks and stronger local supply chains.
For the automotive industry, NASENI’s intervention therefore goes beyond the individual vehicles being unveiled. It represents an attempt to move Nigeria from being largely a consumer of automotive technology to becoming a participant in its development and production.
If sustained, the electric vehicle could become more than a symbol of cleaner transportation. It could provide a platform for developing Nigerian expertise in batteries, electronics, software, power systems, vehicle engineering and advanced manufacturing.
The road to Nigeria’s electric mobility future is still under construction. But with locally developed EVs, CNG technologies, battery systems and plans for dedicated assembly infrastructure, some of the building blocks are beginning to emerge. The next challenge is turning those innovations from research and pilot projects into vehicles that Nigerians can buy, operate and rely on every day.