Introduction
Nigeria’s transport sector stands at the brink of a transformation. Across the globe, the convergence of Electric Vehicles (EVs) and Autonomous Vehicles (AVs) is reshaping the mobility landscape, unlocking new markets, and driving billions of dollars in clean-tech investment. This sector revolution presents a pivotal opportunity for Nigeria, Africa’s largest economy by Gross Domestic Product (GDP) and most populous nation, to modernize mobility, attract sustainable investment, and position itself as a regional hub for smart transit.
Yet, as technology races ahead, law and policy lag behind. Nigeria’s current automotive and transport regulations were designed for an era not of electric vehicles, charging infrastructure, or even algorithm-driven mobility. The absence of clear regulatory frameworks for EV deployment and AV testing has left investors uncertain, slowed private-sector participation, and limited access to financing that could accelerate adoption.
This article explores the commercial and regulatory pathways through which Nigeria can successfully integrate electric and autonomous vehicles into its transport ecosystem. It examines how a forward-looking legal environment can unlock investment across manufacturing, infrastructure, and digital mobility platforms.
Market and Commercial Opportunities in Nigeria’s Smart Mobility Transition
The global electric mobility market is expanding at a record pace, with developing economies increasingly capturing attention as destinations for clean-transport investment. Nigeria is uniquely positioned to benefit from this shift. Its large domestic market, rising urbanisation, and access to critical minerals such as lithium create a compelling case for investors seeking early-mover advantages in West Africa’s electric vehicle (EV) and autonomous vehicle (AV) landscape.
a. Expanding Domestic Market Potential
Nigeria accounts for a significant percentage of registered vehicles in West Africa, consuming approximately 50 million litres of petrol and diesel daily. This dependency on fossil fuels is making electrification an economic necessity. The government’s Energy Transition Plan (ETP 2060) aims to achieve net-zero emissions by 2060, and the EV sector is emerging as one of its most promising levers for achieving that goal.
From an investor’s perspective, electrifying even a modest portion of Nigeria’s transport fleet represents a multibillion-naira opportunity. The potential market spans local assembly and manufacturing, battery and component production, charging infrastructure, and digital mobility platforms that integrate payment and navigation systems for EVs and AVs.
b. Emergence of Local Manufacturers and Innovators
The entry of indigenous players signals growing private-sector participation. The initiatives being constantly rolled out by the private Companies underscore Nigeria’s gradual shift from a raw-material exporter to a potential value-chain participant in clean mobility. Exploratory surveys by the NGSA report lithium-oxide concentrations in some Nigerian pegmatite deposits as high as 13%, significantly above the global exploration threshold of ~0.4–2% Li₂O. While these findings affirm Nigeria’s strategic position in the battery-materials supply chain, the absence of fully confirmed reserves and downstream processing capacity indicates that the transition from raw resource to integrated production remains a commercial challenge. Hence, Nigeria could develop an industry encompassing battery manufacturing, vehicle assembly, and energy storage systems.
c. Growing Foreign Investor Confidence
The announcement by China’s Ministry of Commerce in May 2025 that it plans to establish EV factories in Nigeria marks a pivotal moment for foreign direct investment in the sector. This development is not merely a diplomatic gesture but a signal of rising investor confidence in Nigeria’s policy direction in the transportation industry. Similar interest from European and Middle Eastern renewable-energy firms indicates that Nigeria is increasingly viewed as a gateway market for clean-mobility expansion across Africa.
d. Fiscal Incentives and Economic Reforms
Recent fiscal and policy reforms have strengthened Nigeria’s competitiveness as an EV investment destination. The Nigeria Tax Act 2025, effective from 2026, introduces targeted incentives, including:
• Economic Development Incentives (EDI): a 5% annual tax credit on qualifying capital expenditure for five years for companies investing in priority sectors such as battery and accumulator manufacturing; and
• Zero-rated VAT: On EVs, semi-knocked-down units, and parts intended for local assembly, reducing overall acquisition costs and improving profit margins for assemblers.
• In parallel, the National Automotive Industry Development Plan (2023–2033) aims for 30% local EV production by 2033. It offers a 10-year tax holiday for EV assemblers, accelerated capital allowances, and tax-deductible loans for employees purchasing Nigerian-made EVs.
• Zero-Cost Public Charging Stations: Through the Energy Commission of Nigeria (ECN), the government has launched pilot hybrid and solar-powered charging stations available at no cost to EV owners. These installations are intended to promote public awareness, reduce early-stage charging costs, and demonstrate the viability of renewable-powered transport systems.
• Import Concessions: To lower entry barriers for EV adoption, the Federal Government has approved concessions exempting electric vehicles and components from Import Adjustment Tax and Value Added Tax (VAT). Certain categories may still attract a reduced import duty or the National Automotive Council (NAC) levy, depending on classification, but the policy significantly narrows the cost gap between EVs and internal combustion engine (ICE) vehicles.
Licensing, Standards and Permitting for EV Infrastructure
The licensing and regulatory environment for Electric Vehicle (EV) infrastructure in Nigeria sits at the intersection of the automotive, power, and environmental sectors. While the legal framework is generally permissive, its fragmentation across multiple regulatory bodies has created uncertainty for investors and slowed large-scale deployment.
a. Assembler Licensing under the NADDC
The National Automotive Design and Development Council (NADDC) remains the key statutory body responsible for licensing automotive assemblers in Nigeria. Under the National Automotive Industry Development Plan (2023 -2033), every local assembler or manufacturer of EVs must obtain a technical partnership agreement with an original equipment manufacturer (OEM). Beyond partnership arrangements, applicants are expected to demonstrate factory readiness, including evidence of land ownership or long-term lease, installation plans, and compliance with NADDC’s minimum standards for assembly operations. Plants must meet either Semi-Knocked-Down (SKD) or Completely-Knocked-Down (CKD) specifications, depending on the production model proposed.
However, it can be said that the policy presents a dual-edged dynamic. On the one hand, it encourages localisation and technology diffusion, ensuring that Nigeria builds capacity along the EV value chain. On the other hand, the process remains bureaucratic and resource-intensive, potentially discouraging start-ups and new entrants who lack OEM relationships or the capital to satisfy NADDC’s performance benchmarks. To attract a broader range of investors, future regulations may need to introduce tiered licensing categories and simplified entries for small manufacturers. It should be noted that the Assembler’s Licence is valid for a renewable term of three years, subject to annual performance evaluations by the NADDC.
b. Charging Station Licensing and Energy Regulation
In practice, the applicable licence or permit depends on how electricity is sourced. A company generating power on-site through solar, gas, or hybrid systems may need a generation or captive-generation licence from the Nigerian Electricity Regulatory Commission (NERC). Where the operator relies on public-grid supply, interconnection agreements with the host distribution Company are required, along with compliance with NERC’s distribution-code standards. Certain states have begun implementing state electricity markets, meaning operators may instead obtain equivalent approvals from State Electricity Regulatory Commissions. Investors must therefore evaluate, at the transaction-structuring stage, whether their business model falls under federal or state jurisdiction.
Aside from energy licensing, investors may also need to obtain technical certification from the Nigerian Electricity Management Services Agency (NEMSA), which verifies the safety and reliability of electrical installations. Equipment used in charging stations, cables, switchgear, transformers, and chargers must also conform to the Standards Organisation of Nigeria (SON) specifications. Environmental compliance adds another layer of responsibility. The National Environmental Standards and Regulations Enforcement Agency (NESREA) mandates environmental management plans and, in some cases, operating permits for electrical and electronic installations.
c. Product and Device Standards
A further challenge lies in the absence of national technical standards specific to EV chargers and related equipment. Nigeria currently relies on international protocols, such as the IEC 62196 plug standard, IEC 61851 for conductive charging systems, and ISO 15118 for vehicle-to-grid communication, but none have been formally codified by SON or NEMSA. The result is a patchwork of imported technologies and varying connector types.
The absence of a harmonised national standard for EV Supply Equipment (EVSE) has significant commercial implications. For investors, this uncertainty translates to higher capital costs, supply-chain bottlenecks, and eventually, slower return on investment. To address these issues, SON and NEMSA should adopt a unified EVSE Certification Code, recognising international standards while introducing specific adaptations for local grid conditions, safety requirements, and payment integration. Mandating the Open Charge Point Protocol (OCPP) and “plug-and-charge” compatibility under ISO 15118 would further enhance interoperability and allow seamless payment and roaming services between different charging networks.
Conclusion
Nigeria’s electric and smart mobility space is growing, but progress depends on how well business and regulation work together. Incentives and reforms are attracting investors, yet challenges such as weak power supply, overlapping agency roles, and unclear standards still slow large-scale growth. To build a thriving market, Nigeria must balance strong regulation with flexibility, making it easier for investors to operate while ensuring safety, quality, and stability.
Sesugh Famave and Ifeanyi Ezechukwu are Senior Associates in the Transportation Sector at Stren & Blan Partners, while Babatunde Oyewole, Ebenezar Ogunwole, and Shamshudeen Kazeem are Associates in the same sector.
Stren & Blan Partners is a full-service commercial Law Firm that provides legal services to diverse local and international Clientele. The Business Counsel is a weekly column by Stren & Blan Partners that provides thought leadership insight on business and legal matters.
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