The morning rush on Uhuru Highway tells two tales. In one lane, a fleet of electric BasiGo buses hums past Central Park, their lithium batteries charged overnight from Kenya’s hydro-powered grid. In the adjacent lane, secondhand Toyota Corollas and Nissan Marches, imported from Japanese auction houses, sputter through traffic jams.

This is the paradox of the global battery electric vehicle (BEV) revolution: same road, different gears entirely.

The great acceleration

The numbers are stark. BEVs accounted for 14.5% of global car sales in Q1 2025, according to JATO Dynamics, a leap from single digits barely half a decade ago. China commands 57% of all BEV registrations, Europe claims 22%, America takes 12%. The rest of the world, including the entire African continent, barely registers above 2%.

Global EV sales have surged: From single-digit market share in 2019 to 14.5% of global car sales in Q1 2025. Source: JATO Dynamics.

China’s dominance springs from a calculated gamble on lithium iron phosphate (LFP) batteries, which powered nearly 75% of all Chinese BEVs in 2024. These batteries sacrifice range for affordability; precisely the trade-off that makes sense in a market where the average drive is 40 kilometres, not 400. The strategy worked. Chinese manufacturers narrowed the price gap between BEVs and internal combustion engines by 15% over six years, making electric cars cheaper than their petrol counterparts.

Yet Kenya’s automotive landscape operates by entirely different rules.

The used car republic

Walk through Nairobi’s Kamukunji Market or Mombasa’s Changamwe district, and you will find the real engine of Kenya’s mobility: secondhand imports, mostly from Japan. Over 80% of vehicles sold in Kenya are used, with the average buyer spending under KSh 1.3 million ($10,000). This figure makes even China’s cheapest new BEVs, priced around KSh 2.6 million ($20,000), appear as unattainable as Range Rovers.

A BasiGo charging station in Nairobi, part of Kenya’s push to electrify public transport and make EVs viable for matatu operators. IMAGE: BasiGo

The infrastructure gap compounds the challenge. Nairobi boasts fewer than 200 public charging points, most clustered in Karen, Westlands, and other affluent enclaves where expatriate families park their Teslas. Compare this to Shenzhen, where fast chargers are as ubiquitous as M-Pesa agents in downtown Nairobi. Without a dense charging network, range anxiety in Kenya is not psychological; it is geographical reality.

Consider the typical matatu route from Kikuyu to the Central Business District: 25 kilometres of stop-start traffic, hill climbs, and diversions that would drain even a well-charged battery. Small wonder that matatu owners, who operate on razor-thin margins, stick with diesel Toyota HiAces they can refuel in three minutes at any Shell station.

Policy in first gear

China’s BEV boom rests on subsidies, tax breaks, and state direction that treats electric mobility as national strategy. Europe’s push stems from regulation – the proposed 2035 ban on new combustion engines carries the force of law. Kenya’s government has shown intent: removing import duty on EVs, offering VAT exemptions, and setting a target to electrify 5% of imported vehicles by 2025. Yet these incentives remain modest, and the policy framework lacks teeth.

The Kenyan approach reflects broader African constraints. Unlike China, Kenya cannot simply mandate that automakers produce electric vehicles, it does not manufacture cars at scale. Unlike Europe, it cannot threaten massive fines for non-compliance; most vehicles are imported used anyway. Instead, Kenya must create conditions that make electric mobility economically irresistible.

The matatu solution

This is where Kenya’s story grows interesting. Local start-ups like BasiGo have begun electrifying Nairobi’s matatu fleet through pay-as-you-drive models that eliminate the high upfront cost. Operators pay KSh 15 ($0.12) per kilometre, roughly 30% less than diesel, while BasiGo handles maintenance, charging, and insurance.

A BasiGo electric matatu waits at KENCOM bus stop, Nairobi—Kenya’s public transport leading the charge toward an electric future. IMAGE: CleanTechnica

The model mirrors China’s strategy of electrifying public transport before private cars, but with African characteristics. Where Chinese cities built charging depots through state investment, BasiGo partners with shopping centres and hotels that can monetise daytime parking. Where Chinese manufacturers benefit from scale economies, BasiGo imports vehicles from China’s BYD and adapts them for Kenyan roads.

Early results prove encouraging. The dozen electric matatus operating on Nairobi routes report 40% lower operating costs and 60% fewer breakdowns than diesel counterparts. Passengers prefer the quieter ride and cleaner air. Most tellingly, operators are queuing to join the programme- a market signal that policy cannot manufacture.

The renewable advantage

If Africa arrives late to the BEV party, it may dodge some of the hangover. Kenya generates over 90% of electricity from renewable sources: geothermal, hydro, wind, and solar. This sidesteps the coal-powered EV paradox that dogs China, where electric cars often run on electricity generated from fossil fuels.

An artisanal miner displays a cobalt stone at Shabara mine near Kolwezi, highlighting Africa’s critical role in the global EV supply chain. IMAGE: Junior Kannah/AFP via Getty Images.

The Democratic Republic of Congo and Zambia supply 70% of the world’s cobalt, essential for BEV batteries. Ghana and Guinea hold vast bauxite reserves needed for lightweight vehicle components. Yet these minerals leave Africa as raw commodities and return as finished batteries, motors, and electronic systems; a pattern Kenya could disrupt by moving up the value chain.

Different Terrain

The global BEV transition resembles multiple races rather than a single sprint. China’s dash proved that cheap batteries and state backing can transform markets rapidly. Europe’s measured march shows that regulation works when backed by purchasing power. America’s current recalibration demonstrates that even rich markets can stall when political winds shift.

Electric matatus outperform secondhand cars on operating costs, emissions, and reliability—showing Kenya’s path to affordable, sustainable mobility. Infographic by Iliad.

Kenya’s route will traverse different terrain entirely. Success depends not on matching Chinese scale or European standards, but on solving African challenges: making EVs affordable for matatu operators, building charging networks that work during power blackouts, and creating business models that turn Kenya’s renewable advantage into transport transformation.

The destination remains the same, electric mobility, but Kenya’s journey will be built on buses long before Teslas.

Ready to drive Kenya’s electric future? Support policies that prioritise public transport electrification, invest in local charging infrastructure, and back entrepreneurs who understand that sustainable mobility starts with making it profitable. The global transition is inevitable; whether Kenya shapes it or simply endures it remains an open question.

Written by Edward Githae

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