The IEA's African EV case is a scenario, not a forecast

In its high-potential case, the International Energy Agency describes African electric-vehicle production rising from almost nothing today to nearly four million units in 2035 and five million in 2050. The agency labels the case as a description of what stronger value-chain development could produce. It is not a promise that factories will deliver those units.

Scenario numbers often escape their conditions when repeated. Put the assumptions back before using the output in an investment memo.

Capacity is not production.

Existing industrial capacity comes first

Morocco and South Africa have established automotive manufacturing and supplier networks. Egypt, Tunisia and other markets hold related industrial capability. Existing plants, logistics, quality systems and workers can support a transition.

An internal-combustion supply chain does not convert without investment. Electric vehicles use different powertrains, electronics, battery systems and software. Some suppliers can adapt; others face shrinking component demand.

Plant capacity is not production. A factory needs model allocation, tooling, qualified suppliers and orders. Announced annual capacity should be separated from units assembled and sold.

Training needs a production schedule and equipment. General electric-mobility courses cannot replace process certification and safety work on a live line.

Battery supply is more than minerals

African cobalt, manganese, graphite, copper and other resources can support parts of a battery chain. Cells also need refined materials, separators, electrolytes, equipment, intellectual property and strict quality.

The IEA's case benefits from integrated value chains. Integration can be regional. A mine, refinery, cell plant and vehicle factory do not need to share a fence, though transport, trade and currency must work.

Battery packs require thermal management, controls, assembly and testing. Importing cells and assembling packs can be a legitimate industrial step. Measure local value from actual inputs rather than assigning the full pack price.

Recycling grows with the vehicle stock and production scrap. It needs collection, safety and processing before it supplies material at scale.

Demand needs vehicles buyers can finance

Production cannot rise sustainably without domestic or export customers. Vehicle price, credit, insurance, maintenance and resale value shape demand. A fuel-saving calculation cannot overcome an unaffordable deposit.

Commercial fleets can offer predictable routes and high utilisation. Their case depends on charging, downtime, load and financing. Private buyers have different travel and home-charging constraints.

Government purchase can anchor volume if budgets and tenders are credible. Tax incentives reduce public revenue and should be measured against adoption and industrial results.

Export markets require homologation, trade access, logistics and buyer contracts. Policy changes abroad can alter eligibility. A continental production number cannot identify which market buys each unit.

Electricity has two jobs

Factories require reliable industrial power. Vehicles require charging at homes, depots, workplaces and public sites. The grid impact depends on when and where charging occurs.

A country can have enough annual generation and face local feeder constraints. Depot projects need connection studies and delivery dates. Public chargers need uptime, payment and maintenance.

Electricity price and generation mix affect operating savings and emissions. Use local marginal and average evidence appropriate to the claim. Do not describe every electric kilometre as zero-emission.

Managed charging can shift load; it requires tariffs, controls and user acceptance. A fleet that must depart at a fixed hour has less flexibility.

Capital has to survive the ramp

Vehicle and battery plants require large upfront capital, imported equipment and working capital. Production may ramp below capacity while suppliers qualify and demand develops. Debt service continues.

Currency mismatch appears when machinery and debt are foreign while local sales are financed in local currency. Export revenue can hedge part of it and carries market risk.

Public guarantees can lower cost and expose the state. Publish amount, duration, conditions and realised support. A tax holiday has no value before profit and can still reduce later public return.

Investors should test lower volume, delayed model launch, battery price, currency and policy change. The high-potential output is one scenario, not the downside case.

Policy must choose an objective

Consumer adoption, urban air quality, fuel-import reduction, manufacturing jobs and mineral processing are related and not identical. A vehicle import incentive can raise adoption without building local plants. A high local-content rule can support industry and raise early cost.

State the objective and metric. For jobs, separate construction and permanent payroll. For local value, subtract imported inputs. For emissions, disclose electricity and vehicle assumptions. For fuel savings, account for actual kilometres.

Regional standards and trade can improve scale. Divergent charging, homologation or rules-of-origin requirements split the market. Coordination still needs enforcement and infrastructure.

Course correction belongs in the policy. If utilisation or demand misses milestones, review support rather than protecting a permanently weak plant.

Use the scenario correctly

A scenario can test what infrastructure and supply would be needed for four million units. It can guide questions about cells, power, ports, workers and buyers. It can reveal a gap between current plans and an ambitious case.

It cannot be inserted as expected revenue without probability and project-specific market share. It cannot validate a factory because the factory sits in Africa. It cannot guarantee that mineral endowment becomes a battery advantage.

The IEA's case is valuable because it quantifies a possible industrial destination and names the barriers. The number becomes misleading only when the conditions disappear.

Sources

• International Energy Agency, 6 October 2025: Stepping Up the Value Chain in Africa