The Implementation Decade.

Three signals, one decade.

Three institutions committed to overlapping decades in the first five months of 2026, on overlapping terms, with overlapping ambitions. Read in sequence, they are not coincidence. They are architecture.

The global commitment to sustainable transport. The continental policy framework for African e-mobility. The measurement instrument that will track implementation across both. These are not three independent events; they are a chain. A reader of any one of them, looking up, finds the other two visible above and below.

For Africa, this is the Implementation Decade. The question has shifted. Technology is no longer the constraint — the operational stack now exists across vehicles, batteries, charging, and software. Policy direction is no longer the constraint — eight African countries have national e-mobility strategies, with three moving to enforceable ICE restrictions. Capital availability, in aggregate, is no longer the constraint — more than USD 800 million has been deployed into African e-mobility between 2020 and 2026.

What constrains the transition now is the ability to convert each of these into operating systems at scale. The gap between ambition and operation is real, measurable, and widening unevenly across the continent. Three gaps in particular determine which markets accelerate, and which fall behind.

Three gaps, three chapters

The Execution Gap sits between policy commitment and operational reality. Where policy has matured faster than the systems policy is meant to create, the gap is most visible. Different countries have answered the gap with different models, and the divergence is itself the story.

The Bankability Gap sits between innovation and investable scale. Capital deployed in aggregate is significant; capital deployed in the Series A-to-B middle, where most operators need to cross from pilot to commercial deployment, is materially underserved.

The Integration Gap sits between components and working systems. Africa has more e-mobility components in operation than at any previous moment. What is missing is the ability to make them function as systems — across operators, across borders, across vehicle and grid.

The remainder of this edition unpacks each gap, with country-level evidence drawn from the Pulse baseline, and closes with the questions H2 2026 will return to.

The baseline reading.

Eleven African markets are tracked in the H1 2026 baseline edition. Composite scores range from 66.2 at the upper end to 30.1 at the lower end. The spread reflects materially different implementation realities — not different stages of the same path.

Across the continent, e-mobility policy has matured faster than the operational systems policy is meant to create. The Execution Gap is what remains between a published strategy and a working fleet. Three distinct execution models are visible in H1 2026 — each with internal contradictions, each producing different outcomes.

The counter-pattern

At the opposite end of the spectrum sits Benin, where an estimated 250,000+ zemidjan operate in Cotonou, where an entire commercial e-motorcycle ecosystem has been built by Spiro through rent-to-own deployment, and where no formal national EV strategy yet codifies the transition. The contrast — Uganda's deliberate state-led architecture against Benin's de facto private build-out — bookends the execution spectrum in H1 2026.

What the Execution Gap reveals is not that some countries are doing it right and others wrong, but that several execution models are being attempted simultaneously, and the divergence is the continental laboratory of this decade.

Named transactions illustrate the pattern. Spiro's USD 100M FEDA-led round (October 2025) and USD 50M Afreximbank-led debt facility (February 2026) are the largest African e-mobility transactions on record. BasiGo's USD 42.5M Series B for bus deployment in Kenya and Rwanda. Roam (USD 24M), MAX (USD 90M+), ARC Ride (~USD 20M cumulative across BII, Mirova, IFC), ZENO's USD 25M Series A (March 2026). The World Bank's USD 100M Rwanda Urban Mobility Investment as the largest single multilateral commitment to a focused-market e-mobility programme.

Read as a list, this looks abundant. Read by deal size and stage, the picture is different: most disclosed capital sits either below Series A (pilot funding, accelerator capital) or at large project finance scale ($25M+). The pre-revenue-to-commercial gap between these tiers is where African operators consistently report the hardest financing struggle.

Where bankability is bending

The segment most clearly bending the bankability curve in H1 2026 is intra-African industrial supply. Kiira Motors' initial 450-bus, ~USD 150M commercial order from a South African company (with potential expansion to 820 buses and ~USD 250M total), announced March 2026 following the 13,500 km Trans-African Electric Expedition, is the largest single intra-continental e-mobility commercial transaction on record. KMC is seeking an additional USD 143M to ramp Jinja plant production.

The deal frames bankability differently. The capital flowing toward Kiira is not investor capital chasing returns; it is operator-counterparty capital paying for delivered industrial product. That is a different mechanism, and one less constrained by the Series A-to-B middle. Industrial credibility, not financing structuring, is doing the work.

This is the binding constraint for the rest of the decade. Without instruments that specifically close the Series A-to-B gap — whether Nordic, pan-European, intra-African, or otherwise — the financing landscape will continue to over-serve early-stage and DFI-anchored large-ticket deals while under-serving the middle where commercial scale actually happens.

Where integration is failing

Battery interoperability does not exist across major operators. A rider with a Zembo bike cannot swap a battery at a Spiro station. A Spiro battery does not fit a GOGO Electric cabinet. Across the continent, several large operators maintain proprietary swap networks that compete rather than interconnect. This is rational from each operator's perspective and structurally suboptimal for the system.

Grid integration is uneven, and that unevenness shapes where commercial charging can be deployed economically. SAIDI — the System Average Interruption Duration Index, measured in hours per customer per year of unserved electricity — varies dramatically across markets in ways that map directly to charging-investment viability.

Cross-border standards harmonisation remains absent for most segments. CCS2, Type 2, and GB/T plugs proliferate across markets. The newly endorsed AU/UNEP/ECA Continental Electric Mobility Framework explicitly identifies harmonised technical standards for vehicles, batteries, and charging systems as a structural gap that requires continental-level coordination. The framework provides architecture; the operational implementation remains to be done by regional economic communities (EAC, ECOWAS, SADC) and national standards bodies.

Where integration is succeeding

The institutional response to the Integration Gap is exactly the AU/UNEP/ECA framework's emphasis on harmonised standards, regional value chains, and end-of-life management. Implementation of the framework over the coming editions becomes the test of whether the gap closes. H2 2026 will read against this directly.