As climate change and energy security concerns become increasingly prominent, African countries are accelerating the low-carbon transition of the transportation sector. Data shows that transportation accounts for approximately 43% of Africa’s total greenhouse gas emissions, with two-wheelers and public transportation contributing a significant share. However, Africa’s vehicle ownership remains far below the global average, at roughly 40 vehicles per 1,000 people, indicating substantial growth potential in the coming years.
At the same time, Africa is rich in key battery raw materials such as lithium, cobalt, manganese, and phosphate, positioning the continent as a critical node in the global power battery supply chain. This article examines the electric two- and three-wheeler market in Africa, infrastructure development, and policy support across multiple countries to provide insight into the region’s electrification progress.
African Market Structure: Priority on Two-Wheelers, Three-Wheelers, and Public Transportation
Africa’s transportation landscape has largely shaped the early adoption of electric two-wheelers and public transport. In sub-Saharan Africa, the number of motorcycles has increased from approximately 5 million in 2010 to over 27 million in 2022, making them a vital source of livelihood for many households as well as a backbone of urban mobility and last-mile logistics.
Driven by rising fuel prices and the gradual removal of fuel subsidies, the cost advantage of electric motorcycles is becoming increasingly evident. Compared with conventional gasoline motorcycles, daily transportation costs can be reduced by nearly 50%. For example, in Rwanda, a motorcycle taxi driver named Abdullah noted: “Since switching to an electric motorcycle, my daily income has become much more stable, and I no longer worry about fuel price increases.” Against the backdrop of persistently high fuel and maintenance costs, these savings are directly translated into higher net income for riders.
Government-led pilot policies are further accelerating the electrification of two-wheelers. Rwanda, for instance, plans to mandate the electrification of public transport motorcycles starting in 2025. Kenya, Uganda, and other countries are also expanding battery swapping networks and charging infrastructure to support two-wheeler mobility. In this context, the “two-wheelers + battery swapping” business model has already been rolled out in multiple regions, reflecting a practical answer to the debate around ev battery swap vs charging. Rwanda-based startup Ampersand has established dozens of battery swap stations while integrating local assembly, forming a complete electric motorcycle operating ecosystem.
As a result, electric motorcycles and three-wheelers are emerging as the primary entry point for EV adoption in Africa—an area that aligns closely with the strengths of Chinese companies in electric two-wheelers and battery swapping technologies.
Public transportation and light commercial vehicles are also key focus areas of the market. As urbanization accelerates across Africa, city buses, electric minibuses, and electric three-wheeled cargo vehicles stand out due to their stable daily mileage and cost advantages. The main breakthrough for EV adoption in Africa is not passenger cars, but rather electric motorcycles, electric three-wheelers, electric buses, and light commercial vehicles.
For example, Kenya-based company BasiGo, backed by international investment, is rapidly expanding its fully electric bus fleets in Kenya and Rwanda, with plans to double its current scale. From an operator’s perspective, electric buses and logistics vehicles benefit from relatively fixed daily routes and predictable commercial returns. When combined with renewable energy and battery swapping solutions, they can significantly reduce operating costs while improving urban air quality.
In contrast, the adoption of pure electric passenger cars has been relatively slow. This is mainly due to two factors: on the one hand, power grid capacity and charging infrastructure in many countries are still insufficient to support widespread private EV use; on the other hand, the upfront cost of electric passenger vehicles remains high, while African consumers are particularly sensitive to purchase price and range anxiety.
Industry observers note that although small numbers of low- and medium-speed electric vehicles have been imported into markets such as South Africa, true mass adoption will require coordinated progress in both policy support and infrastructure development. Overall, the structural characteristics of Africa’s EV market can be summarized as follows: two-wheelers, three-wheelers, and public transportation lead the way, while private passenger vehicles follow at a slower pace.
Infrastructure and Energy Supply: Challenges and Innovation
The obstacles to electric vehicle development in Africa are concentrated mainly in infrastructure and energy supply. On the one hand, more than 60% of transport-related emissions on the continent come from fuel-powered vehicles, a reality closely linked to insufficient power grid coverage. Around 600 million people in Africa—about 43% of the total population—still lack reliable access to electricity. In many remote urban communities and rural areas, frequent power outages severely limit the expansion of charging networks.
Nigeria is a representative example: despite having around 13 million vehicles nationwide, public charging facilities remain extremely limited, and grid reliability is far below that of developed countries. This means that operating electric buses or public transport fleets requires careful consideration of power supply stability risks. In addition, some African regions have relatively high grid carbon intensity (for example, about 0.73 kgCO₂e/kWh in Morocco), which to some extent weakens the emission-reduction benefits of pure electric vehicles.
In response to these challenges, a range of innovative solutions has emerged. An increasing number of Chinese companies are integrating solar photovoltaic systems and energy storage into charging and swapping station designs to address grid instability. For instance, several battery swapping projects in Nigeria are equipped with solar PV panels and battery storage systems, ensuring continued vehicle operation even during power outages.
A project manager from a Chinese new energy company noted: “Promoting electric mobility in Africa requires energy to be built directly into the business model. We deploy solar and storage at key charging nodes precisely to reduce dependence on unstable grids.” Moreover, in remote areas with underdeveloped infrastructure, some companies are adopting microgrid or off-grid charging solutions to provide supplementary power for commercial vehicles and two-wheelers.
On the technology front, Kenya-based startup ROAM has introduced a universal fast-charging system that supports all small electric vehicles, adding 10–20 kilometers of range in just five minutes. These localized innovations—alongside ongoing discussions around battery swap vs fast charging—have helped to partially ease challenges related to fragmented charging standards and inadequate infrastructure.
Key Focus Countries: Morocco, Rwanda, Nigeria, Ethiopia, and Kenya
Morocco: An Automotive Manufacturing and Battery Hub
Morocco’s automotive industry accounts for around 22% of GDP, with annual exports of approximately USD 14 billion. Global automakers such as Renault, Stellantis, and BYD have established localized manufacturing bases in the country. In recent years, Morocco has accelerated the development of its EV value chain, with plans to add about 2,500 charging points by 2026; currently, estimates suggest between 150 and 1,000 chargers are already in place, depending on the source.
Chinese battery companies have invested tens of billions of US dollars cumulatively in Morocco—examples include Ronbay Technology, Gotion High-Tech, and BTR—positioning the country as the most promising hub in Africa for power battery production and vehicle export manufacturing. Despite this momentum, Morocco’s battery electric vehicle (BEV) fleet remains very small: in 2022, there were only around 400 BEVs on the road, accounting for just 0.3% of total vehicles.
Key bottlenecks include relatively high grid carbon intensity and limited consumer purchasing power. Overall, Morocco’s mature industrial base and export-oriented advantages underpin its EV industry upgrade, but in the short term, domestic market demand still requires stronger policy support.
Rwanda: A Policy-Driven Testing Ground
Transport emissions account for about 13% of Rwanda’s total national emissions, while vehicle ownership stands at only 2.0%, leaving substantial room for growth. The government has adopted particularly aggressive policies: starting in 2025, all public motorcycle taxis will be required to switch to electric power—a global first. Market response has been strong. By the end of 2024, the total number of electric vehicles in Rwanda had increased from just 19 in 2020 to 515, with electric motorcycles reaching around 5,000 units.
Infrastructure deployment is progressing rapidly. Rwanda currently has 24 public charging points and 49 battery swapping stations, and the government has identified 226 potential sites for future deployment. According to local statistics, electric motorcycles can reduce fuel costs by 20–25% and maintenance costs by 15–20% compared with gasoline motorcycles, cutting national fuel import expenditures by approximately USD 22 million per year.
This integrated model—“electric motorcycles + battery swapping + local assembly + youth employment”—is widely regarded as a benchmark for EV development in Rwanda. Government officials have emphasized that promoting two-wheeler electrification is not only a decarbonization measure, but also a key lever for job creation and industrial upgrading.
Nigeria: High Potential Accompanied by Structural Challenges
Nigeria has approximately 13 million motor vehicles, accounting for around 60% of national transport-related emissions. The government has set a target for electric vehicles to make up 30% of new vehicle sales by 2025 and has significantly reduced fuel subsidies—leading to a sharp rise in transport costs since 2023. While the market size is substantial, structural challenges remain pronounced, including a severe shortage of charging infrastructure, an unstable power grid, and high upfront vehicle costs.
At present, the most urgent demand in Nigeria is for electric two-wheelers and light commercial vehicles. As the founder of a Lagos-based EV startup noted, “Passenger cars are not our immediate priority. We are focusing on two- and three-wheelers, where internal combustion vehicles are already widespread.” Local companies have begun exploring solar-powered charging and localized assembly solutions; for example, some battery swapping projects are already operating in combination with on-site solar generation. Overall, Nigeria’s EV market offers enormous long-term potential, but in the short term it must overcome the dual bottlenecks of infrastructure constraints and economic affordability.
Ethiopia: Reshaping the Supply Structure Through Policy
Ethiopia occupies a unique position in Africa’s electrification landscape, having moved beyond “encouragement” to reshape market entry rules. According to multiple international media and industry reports, Ethiopia banned the import of gasoline-powered private cars starting in January 2024 and subsequently extended restrictions to additional internal combustion vehicle models and component kits. Through trade and tariff instruments, the government aims to steer all incremental vehicle supply directly toward electrification.
The immediate effect of this approach has been a noticeably faster penetration of electric vehicles. At the same time, practical constraints have surfaced more quickly: power supply reliability, the density of public charging networks, and the availability of trained technicians and spare parts have become critical factors determining user experience and vehicle uptime.
For Chinese companies, Ethiopia represents a market with strong policy certainty, but one where delivery capabilities must scale in parallel. Demand for passenger cars and ride-hailing fleets is likely to shift more rapidly toward electric options, while operators—such as fleet owners, taxi companies, and ride-hailing platforms—will place greater reliance on battery swapping, fast charging, spare parts availability, and maintenance networks.
Local assembly and localized component supply may therefore enter the agenda earlier than pure vehicle exports, for a straightforward reason: policy is pushing the market toward electrification, but infrastructure and service ecosystems will ultimately determine user retention and long-term viability.
Kenya: Two- and Three-Wheelers Scale First, While Buses and Urban Logistics Accelerate
Kenya is one of the most commercially active EV markets in East Africa. Its advantages lie in two key areas: steadily rising official registration data and an increasingly well-defined fiscal incentive framework driven by industry associations.
From a registration perspective, Kenya saw a clear surge in EV adoption in 2024. Public reports citing industry data indicate that total EV registrations reached 5,294 units in 2024—roughly double the 2023 figure. Of these, electric motorcycles accounted for 4,862 units, electric three-wheelers (tuk-tuks) 185 units, with the remainder comprising electric passenger cars and electric buses.
In public transport, local electric bus company BasiGo has disclosed progress in vehicle deliveries and capacity expansion in Kenya. Information released in 2025 shows that its monthly assembly capacity has increased to approximately 20 buses, supported by a substantial order backlog and strong underlying demand.
Taken together, these factors suggest that Kenya’s market structure follows a phased path: first achieving scale in two- and three-wheelers, then building out buses and urban distribution as a more system-level endeavor. Two-wheeler electrification is already entering a diffusion phase; three-wheelers offer a clear cost-reduction logic in passenger transport and urban logistics; and for buses, the critical success factors lie in aligning financing models with charging depot infrastructure and fleet operation capabilities.
Many African Countries Have Introduced Policies to Promote the Development of Electric Vehicles
| Country | Policy Name | Release Date | Authority / Issuing Body | Key Policy Instruments | Key Impact Areas |
|---|---|---|---|---|---|
| Morocco | Finance Law | 2017 (revised multiple times) | Ministry of Economy and Finance | EV/HEV import duty reduced to 2.5%; road tax exemption | Passenger vehicles, commercial vehicles |
| Morocco | National Electric Mobility Plan | 2021 | Ministry of Energy Transition & Sustainable Development / ONEE | National-level planning; charging and industry coordination | Public transport, infrastructure |
| Rwanda | Electric Mobility Strategy | 2021 | Ministry of Infrastructure (MININFRA) | Import duty and VAT exemption for EVs and components | All vehicle types, charging infrastructure |
| Rwanda | Directive on Electrification of Public Transport Motorcycles | 2023 | RURA / Ministry of Infrastructure | Only electric licenses for public motorcycles from 2025 | Two-wheelers / three-wheelers |
| Nigeria | National Automotive Industry Development Plan (NAIDP) | 2023 | National Automotive Design and Development Council (NADDC) | Support for local assembly; import incentives for components | Vehicles, components |
| Nigeria | National Electric Vehicle Transition Plan | 2023 | Federal Ministry of Industry, Trade and Investment | EV penetration targets; public procurement pilots | Passenger vehicles, buses |
| Ethiopia | Council of Ministers Regulation on Vehicle Import Control | Jan 2024 | Council of Ministers / Ministry of Transport & Logistics | Ban on ICE vehicle imports; promote EV supply | Passenger vehicles, fleet vehicles |
| Ethiopia | National Electric Mobility Program | 2023 | Ministry of Transport & Logistics | Charging deployment; registration and standards development | Charging infrastructure, standards |
| Kenya | Finance Act 2023 | 2023 | National Treasury | Excise tax exemption for electric motorcycles; tax reductions | Two-wheelers / three-wheelers |
| Kenya | National Energy Policy | 2018 | Ministry of Energy and Petroleum | Support for EV and renewable energy integration | Charging infrastructure, energy |
| Ghana | National Electric Vehicle (EV) Policy | 2023-12-06 | Ministry of Transport | Phased EV adoption roadmap; ICE phase-out target by 2045 | Public and private vehicles |
| Ghana | EV Import Duty Exemption | 2024-01-01 | Ministry of Finance | Import duty exemption for EVs for 8 years | Import tariffs |
| South Africa | Electric Vehicles White Paper | 2023 | Department of Trade, Industry and Competition | National strategy; EV value-chain development | Industrial policy, manufacturing |
| South Africa | Industrial Development Support Programme – EV Incentive | 2025 (Budget) | National Treasury / DTIC | ZAR 1 billion incentive for local NEV production | Manufacturing, components |
| South Africa | EV Tax Rebates & Investment Allowance | From 2024/2026 | National Treasury (proposed) | 150% investment deduction; consumer tax rebates | Corporate & consumer incentives |
| Tunisia | EV Purchase Bonus | Recent adjustment | Ministry of Finance / Energy / Transport | EV purchase subsidy of approx. 10,000 TND | Consumer incentives |
| Tunisia | Transport Master Plan 2040 | Planning stage | Ministry of Transport / Energy Regulator | EV charging legislation draft; sustainable transport framework | Charging infrastructure, energy |
| Zambia | EV Import Duty & Tax Exemptions | 2024–2025 | Ministry of Finance / Regulatory Authorities | Removal of EV import duty; VAT exemption for local production | Import tax, manufacturing |
| Zambia | Green Economy & Electric Mobility Strategic Framework | 2025 (ongoing) | Ministry of Green Economy & Environment / Ministry of Transport | Customized safety standards; promote local EV production | Standards, industry |
Conclusion
Africa’s electric vehicle market shows structural and phased development characteristics. Shaped by travel patterns, power infrastructure, and income levels, electrification is occurring first in two-wheelers, three-wheelers, public buses, and light commercial vehicles, rather than private passenger cars. Rising fuel prices, subsidy removal, and strong demand for operating cost reductions give electric motorcycles and buses clear economic advantages.
At the same time, limited grid coverage is accelerating the adoption of battery swapping, solar-plus-storage, and microgrid solutions. Driven by policy support, resource advantages, and the active participation of Chinese companies, Africa is emerging as a key global market for electrification and energy innovation, drawing increasing attention to players such as the top 10 battery swapping companies in Africa.
