Kenya’s electric buses show the promise—and limits—of clean transport
By Eliud Kinuthia
From two experimental vehicles in March 2022 to 100 electric buses operating across Kenya and Rwanda by August 2025, BasiGo has achieved what many considered improbable: rapid electric bus deployment in a privately operated, commercially driven ecosystem. According to the Nairobi-based startup’s data, these vehicles have covered over 5 million electric kilometres, transported more than 8 million passengers, and displaced 1 million litres of imported diesel.
The company’s announcement that it plans to put 1,000 battery-powered buses on Kenya’s roads by 2027 positions the country amongst the world’s most ambitious deployment timelines. Speaking at the launch of the company’s assembly line in Thika, Kenya’s former Cabinet Secretary of Trade Rebecca Miano stated that “the transport sector is a significant contributor to carbon emissions and transitioning to electric vehicles presents a sustainable solution to mitigate environmental degradation”. This target matters not merely as aspiration but as evidence that African countries can lead, rather than follow, in transport decarbonisation.
The matatu economy and commercial viability
Nairobi’s transport centres on matatus, the privately owned minibuses that move the capital’s 5.3 million residents. Approximately 22,000 buses operate on city streets, with matatus contributing around 20% of transport-related air pollution according to research reported by Mongabay in January 2025. These colourful, soundsystem-equipped vehicles represent cultural iconography as much as transportation infrastructure.
The critical innovation enabling electric penetration into this ecosystem comes from BasiGo’s pay-as-you-drive financing structure, which eliminates the $200,000 upfront capital requirement that would otherwise prevent private operators from adopting electric vehicles. This financial engineering proves as important as technological advancement in determining adoption velocity.
Nelson Mwangi, chairman of SuperMetro, one of Nairobi’s largest matatu companies with 440 buses including six electric vehicles, offered commercial validation in a 2023 interview with CNN: “Electric buses have been a game changer for us. Our customers love them and that is a plus for business. The cost of operations is also comparatively lower to fossil fuel buses”. This enthusiasm reflects genuine commercial advantage rather than compliance behaviour.
The market response confirms this assessment. In the same CNN report, Isaac Kamau, a driver who was selected for training to operate an electric bus in 2022, noted that unlike diesel buses that must wait for passengers to fill capacity, electric buses find commuters waiting for them. This demand reversal allows some electric bus drivers to earn 30 to 50% more than diesel counterparts, demonstrating product-market fit rarely achieved in early-stage transportation technology deployment.
Operational economics
Kenya benefits from a structural advantage distinguishing it from many global counterparts. According to BasiGo’s data published on their website, Kenya’s energy grid receives 90% of its electricity from renewable sources including hydro, geothermal, solar and wind during the day, and 100% from renewables at night. This renewable foundation maximises emissions reduction whilst transforming operational economics.
Matatu operators report that electric buses have reduced operational costs by 70% compared to diesel vehicles, according to industry analysis. With diesel retailing at 215 Kenyan shillings per litre, fossil fuel buses consume most daily earnings in fuelling costs. This operational differential creates compelling economics transcending environmental considerations alone.
The emissions impact extends beyond operational efficiency. BasiGo states on its website that over 1 million buses travel Africa’s roads daily, with this diesel-powered fleet emitting 1 gigatonne of CO2 annually whilst choking Africa’s cities with air pollution. Kenya’s electric deployment, leveraging renewable electricity, addresses both local air quality and global climate challenges simultaneously.
Manufacturing strategy and regional positioning
Kenya’s approach extends beyond vehicle importation to local manufacturing capacity. BasiGo launched Kenya’s first assembly line for electric buses in 2024, producing the E9 Kubwa model developed specifically for Kenya. According to reporting by electrive.com in August 2025, the nine-metre-long bus seats up to 54 passengers and features a 210 kWh battery with LFP cells supplied by CATL. With a charging time of less than two hours, the E9 Kubwa can cover up to 400 kilometres per day, including a charging stop.
This manufacturing strategy serves multiple objectives. Local assembly reduces costs whilst avoiding import duties, creates employment in emerging green technology sectors, and positions Kenya as a potential regional manufacturing hub. BasiGo CEO Jit Bhattacharya told reporters in 2024 that the company wanted to create 300 jobs in production in Kenya, stating: “We shall be assembling 20 buses every month and the orders are many. We intend to work round the clock to increase the number, because the demand may rise with time”.
Regional demand validates this positioning. In July 2025, BasiGo launched Rwanda’s first intercity electric coach, according to company announcements, and in September 2025, partnered with King Long Bus Company to launch the KL-9, a next-generation electric city bus for the Kenyan market, as reported by TechCabal. This cross-border commercial activity suggests Kenya’s manufacturing investments may generate continental rather than merely national returns.
Infrastructure development and scaling constraints
BasiGo is rolling out Kenya’s first DC Fast Charge network for electric buses. According to reporting by EV24.africa in July 2025, the company currently operates three charging sites in Embakasi, Kikuyu and Buru Buru with combined capacity to serve more than 20 buses, with plans to expand to 16 charging stations positioned at key depots along major bus routes.
Samuel Kamunya, BasiGo’s Head of Business Development, identified the critical constraint in the same report: “Convenient and reliable charging infrastructure is the most critical challenge for electrifying public transport in Kenya”. Drivers have reported shorter ranges than advertised, and limited charging infrastructure constrains operational flexibility and scaling velocity.
The company’s partnership with Kenya Power aims to build reliable charging infrastructure, addressing constraints that must be resolved in parallel with fleet deployment. The Buru Buru station, opened in May 2023 according to Wikipedia, can charge up to six buses simultaneously and represents the first public electric charging station for buses in Kenya.
Competitive positioning
Kenya’s deployment occurs within broader African momentum. According to Research and Markets’ July 2025 Africa Electric Bus Market Outlook Report, the continent’s electric bus market reached approximately $1.60 billion in 2024 and is projected to grow at a compound annual growth rate of 14.10% between 2025 and 2034, reaching $5.98 billion by decade’s end.
Progress varies dramatically across countries. As reported by ESI-Africa in September 2025, Morocco has deployed at least 12 electric buses with 60 in the pipeline, whilst Egypt currently operates 200 e-buses. In South Africa, Golden Arrow Bus Services in Cape Town deployed 20 electric buses as of March 2025, with 100 additional vehicles expected by year’s end. Ethiopia has introduced approximately 100 locally assembled electric buses for Addis Ababa’s BRT corridors, while Senegal’s Dakar BRT project plans to deploy 144 articulated electric buses.
According to data from the Kenya National Bureau of Statistics Economic Survey Report (2025) cited in a May 2025 CleanTechnica analysis, Kenya registered 32 electric buses in 2024, representing 2.2% market share, up from 0.6% in 2023 and 0.1% in 2022. Looking ahead, if BasiGo deploys 60% of its planned 1,000 East African buses in Kenya, the country could achieve electric bus market shares of approximately 6.7% in 2026 and 15.6% in 2027.
Kenya’s distinctive contribution lies in demonstrating commercially viable, privately operated electric bus systems at scale. Whilst other African countries deploy electric buses through government procurement or state-owned operators, Kenya’s matatu system proves private sector adoption can drive rapid deployment when appropriate financing mechanisms and infrastructure support exist.
Policy architecture and implementation intensity
Kenya’s government has implemented targeted policy interventions to accelerate electric mobility adoption. According to Mongabay’s January 2025 report, the government has lowered taxes for electric vehicle manufacturers and buyers and introduced an e-mobility tariff making electricity for recharging cheaper. The National Transport and Safety Authority data, cited in TechCabal’s September 2025 analysis, shows Kenya currently has an estimated 9,000 registered electric vehicles, compared with about 600 in Rwanda and more than 10,000 in South Africa.
However, operators argue more aggressive support remains necessary. Moses Nderitu, BasiGo’s managing director, told Mongabay: “If the idea behind decarbonising transport is to combat climate change, then the incentives need to be a bit more aggressive to allow more rapid growth”. This tension between policy ambition and implementation intensity reflects broader challenges across African electric mobility transitions.
The government’s 2027 target for all public transport buses to be electric, as confirmed by Minister Miano at the 2024 factory opening reported by electrive.com, represents extraordinary ambition. Yet TechCabal noted in September 2025 that “unlike Rwanda, which has removed import duties on electric vehicles, or South Africa, where utilities are backing charging corridors, the government has yet to pass a national EV strategy”.
Urban sustainability and demographic pressures
Urgency extends beyond environmental considerations to urban sustainability. Nairobi is estimated to become a megacity by 2050, with projected population exceeding 14 million people. This demographic trajectory will strain natural resources and housing capacity.
Jit Bhattacharya framed the broader opportunity to EV24.africa in July 2025: “The shift to clean, electric buses signifies more than just environmental impact; it is also a chance for Kenya to establish itself as a manufacturing hub for modern EVs and their components”. This positioning suggests that early-mover advantages in electric mobility may generate sustained economic benefits extending beyond the transport sector alone.
OMA Service Limited became the first operator in Nairobi to run an all-electric fleet on a core route in May 2025, according to CleanTechnica. The company retired all diesel buses serving the Kariobangi South to Nairobi CBD route, replacing them with 12 BasiGo electric buses, with plans to expand to 30 buses by 2026. This milestone demonstrates that full route electrification is operationally viable in Nairobi’s demanding conditions.
Way forward and continental implications
Kenya’s electric bus transition offers lessons relevant across emerging markets. Commercial viability drives adoption velocity when operational economics favour electric vehicles and customers prefer the experience. Innovative financing eliminates capital barriers preventing private operators from transitioning. Renewable electricity enhances commercial cases whilst maximising emissions reductions. Manufacturing localisation generates employment whilst positioning countries as potential regional suppliers.
Challenges remain substantial. Moving from 100 buses to 1,000 by 2027 requires deployment rates substantially higher than current achievements. BasiGo’s partnership with Kenya Vehicle Manufacturers and its $63.1 million in funding from investors including SBI Investment, Novastar Ventures, Africa50 and Moxxie Ventures, as reported by TechCabal, provides capital foundations. Yet infrastructure expansion, grid capacity, and maintenance workforce development must accelerate proportionally.
Whether Kenya achieves its ambitious targets depends on maintaining political commitment, financial sector engagement, infrastructure investment and operator enthusiasm that have characterised the transition thus far. The progress from two buses to 100 in three years provides cause for optimism. Kenya’s electric buses are not merely reducing emissions; they are establishing alternative development trajectories that the continent is watching closely.
