Financing Nigeria's EV Transition
Kiko Whitepaper · PDF, 10 pages
The demand-first case for capital: value pools to 2030, returns by pocket, and the ₦100 billion blended stack set out tranche by tranche.
Nigeria EV market study · 2026
From field research across Lagos and Abuja, a six-scenario economic model, and the financing structure to help close the gap.
Executive summary
A Lagos okada rider spent about ₦10,000 a day on petrol in 2025. The same routes on an electric two-wheeler cost under ₦3,000 — a 70% cut in the largest expense they already pay out of daily earnings.
That saving is the whole thesis in one line. Nigeria's electric mobility transition is not waiting on consumer enthusiasm, a technology breakthrough, or a policy that has yet to be written. It is being pulled forward by operators who have already run the numbers on their own duty cycles and found that electric wins. Subsidy removal and devaluation made petrol permanently costlier; lower EV tariffs and local-content incentives are pulling assembly onshore; battery, motor and telematics costs keep falling. The demand is observed, not projected.
Multiply the rider's saving across okada, keke, ride-hail, buses and delivery fleets and the compounding pull becomes an industry. Our models put the ecosystem on track for ₦6.2 trillion in annual economic activity by 2030 — roughly ₦12 trillion cumulatively over 2026 to 2030 — across four value pools: vehicles, charging, fleets and enablers. The vehicle parc grows from about 25,200 EVs today to 490,000 by 2030, with two- and three-wheelers carrying almost all of the volume and fleet operator revenue carrying most of the value.
Returns are not uniform, and treating the sector as one asset class is the first mistake capital makes here. Local SKD assembly earns 16 to 22% gross margin per unit after financing costs, on a roughly nine-month working-capital cycle secured against kits and finished vehicles. Grid-tied charging at medium scale and above returns 17 to 26% unlevered over a 15-year asset life. Two-wheeler fleets run net margins near 17% and buses clear roughly 29% on proven financing terms. Four-wheel passenger vehicles remain loss-making at today's landed costs and market lending rates, and should not be financed without intervention.
Across those pools, Leke Services has identified a path to a gross IRR approaching 19% in naira over ten years — about 17% net to investors, holding between 12.5% and 19.8% across the six world-states we model. These are averages across likely futures, not a promise about any one of them.
Nigeria needs roughly ₦4 trillion of asset investment to reach the 2030 case. Almost none of it is available at a tenor and a rate that fleet economics can absorb. Operators are quoted short-dated naira debt above 30%; the assets they are buying are recoverable, telematics-visible and increasingly liquid, but they are underwritten as if they were not. Currency compounds it: most development-finance appetite is dollar-denominated, and lending dollars against naira revenue hands the borrower a risk no operator can manage.
The structural answer is a blended local-currency stack. We are raising a ₦100 billion catalytic debt fund — less than 3% of the capital the market needs — layered from concessional government and philanthropic capital through senior DFI debt, mezzanine and senior commercial tranches. The stack blends to an 18.3% cost of capital and an all-in lending rate just under 27% to start, with recovery data working to walk that rate toward the teens operators keep asking for.
The economics work. The gap is the cost of capital and the absence of coordinated infrastructure. This library sets out the evidence for both.
Key findings
Cut in daily fuel spend when a Lagos okada rider switches to electric
Basis: ₦10,000/day petrol vs under ₦3,000/day electric. Leke Services field research, Lagos, 2025–26.
EVs on Nigerian roads by 2030, from 25,200 in 2025
Source: Kiko economic model, unweighted average of six modelled world-states.
Asset investment needed to reach the 2030 case
Source: Kiko economic model. Vehicles, charging and enabling infrastructure, 2026–2030.
Blended cost of capital on the modelled ₦100bn stack, against ~27% all-in market lending
Source: Kiko economic model. Illustrative tranche sizing.
What's inside
One form unlocks everything, including the two still being written — you will be notified the day each lands.
Kiko Whitepaper · PDF, 10 pages
The demand-first case for capital: value pools to 2030, returns by pocket, and the ₦100 billion blended stack set out tranche by tranche.
Market insights report · First edition · Read online or PDF
Observed demand, rider economics and infrastructure performance across Lagos and Abuja: 56,973 vehicles counted and 39 charging and swap sites audited.
Model methodology and full data tables
Scenario definitions, unit economics by segment, the charging site model, and the survey instrument behind the field counts.
Expected September 2026
You're on the list for September
Practitioner playbook
Lessons from operators to understand duty-cycle assessments, depot and charging sizing, financing routes and how to help your business attract the capital it needs to grow.
Expected Q4 2026
You're on the list for Q4 2026
The library
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About Leke Services
Market assessments, operating-model design, supplier selection, fleet electrification economics and ecosystem-level capital strategy — across batteries, charging, fleets and manufacturing. Founded by Laolu Adeola, who raised $2 billion at Faraday Future and led mobility work at McKinsey's Center for Future Mobility.
This study draws on months of field research across Lagos and Abuja and a proprietary economic model built with operators, financiers and policymakers.