The full agenda — with receipts

Standard networking window before program start — no technical content, but worth noting who from Ethiopia's transport ministry, energy sector and international donors is in the room.

Finland and the Nordics have exported EV policy and grid-integration models for a decade; the open question is what actually transfers to a grid-constrained, import-dependent market like Ethiopia versus what gets rebranded as 'collaboration' without capital attached. Charging professionals should listen for concrete commitments — financing, technical assistance, pilot sites — not just diplomatic framing.

A site visit is the only way to verify claims made in panels: this route puts delegates inside an actual charging facility and bus depot rather than a slide deck. Watch for charger uptime, depot power capacity, and whether local assembly is genuine manufacturing or CKD kitting — details that determine if Ethiopia's e-bus program scales or stalls.

Universities often get a token slot in these agendas; the real question is whether Addis Ababa University has actual pipelines — curricula, technician training, applied research — feeding the charging and vehicle-assembly sector, or whether this is aspirational framing. Skills gaps are usually the quiet bottleneck behind slow EV rollouts, more than hardware or subsidy.

Grid readiness is the single hardest constraint on EV scaling in most African markets, and Ethiopia's hydro-heavy but transmission-limited system makes this session load-bearing for everything else on the agenda. Anyone deploying chargers needs specifics here: available capacity, planned reinforcement, and whether renewable generation growth is matched by distribution infrastructure — not just aggregate energy statistics.

Battery second-life and recycling planning is usually an afterthought bolted onto EV strategies after fleets are already deployed — raising it at this stage suggests an attempt to avoid that mistake. The test is whether 'local value creation' means actual recycling/refurbishment infrastructure in Ethiopia or remains a slide about circularity principles.

WRI's involvement suggests this will ground the day's discussion in data rather than ambition — the value is in what specific barriers (import duties, charging infrastructure gaps, grid capacity, financing) get ranked as priorities. Charging professionals should treat this as the reference point against which later panel claims get checked.

Break — informal corridor conversations here often surface more concrete deal-making than the panels themselves.

Every e-mobility conference produces evidence; few produce implementation. This session is where it becomes clear whether Ethiopia has assigned ownership, budget and timelines to the priorities just discussed, or whether the gap between policy paper and deployed charger remains unaddressed.

Bringing two invitation-only roundtables together suggests the organizers want cross-pollination between interoperability/coordination questions and whatever the parallel track covers — worth noting whether the two groups actually converge on shared recommendations or stay in separate lanes.

The unscripted portion of the day — often where funding gaps, regulatory ambiguity, and standards conflicts get raised more bluntly than panelists volunteer on their own.

Interoperability — payment systems, connector standards, roaming agreements — is the unglamorous problem that determines whether EV charging networks scale across borders or fragment into incompatible national silos, as happened with mobile payments in parts of Africa before interoperability mandates. With GIZ, the AU's road safety observatory and Nordic consulting expertise in the room, the question is whether this produces an actual coordination framework or another discussion about the need for one.

Closed-door session pairs European capital (via EuroCham) with African mobility operators — the real question is whether financiers are pricing EV/charging risk in Ethiopia correctly or simply avoiding it. Anyone structuring debt or equity for African charging infrastructure should track what terms and guarantees actually get discussed here, even secondhand.

This is where two days of technical and policy discussion either become a work plan or evaporate into goodwill. Worth watching for concrete commitments on grid capacity, financing and standards rather than another round of aspirational statements.

Networking break.

Second-life batteries and recycling only make economic sense once EV fleets reach real scale — the open question for Ethiopia is whether that scale, and the regulatory framework to handle end-of-life batteries safely, exists yet or is still years out. Relevant to anyone assessing where in the value chain local manufacturing or refurbishment could actually capture margin rather than just cost.

Pairing a Dutch DSO (Stedin) with Ethiopian Electric Utility puts a mature grid-integration playbook against a system still building basic capacity — the gap between them is the real story. Charging operators and utility planners should listen for whether Ethiopia is planning EV load growth into grid investment now or treating it as a future problem.

Research networks are easy to announce and hard to fund past year one — the session's value depends on whether concrete data-sharing agreements, joint funding lines or student/researcher exchanges get committed, not just discussed. Watch for named funding sources or MOUs as the signal this becomes more than a mailing list.

Lunch break.

A site visit to Dodai's battery-swapping operation is the closest this conference gets to ground-truth: does swap-station economics and uptime hold up in daily Addis Ababa conditions, and how does it compare with plug-in charging for last-mile fleets. Useful for anyone evaluating two-wheeler electrification or swap infrastructure in similar emerging markets.

Lunch break.

Details not specified — attendees should confirm what track or theme this slot covers and whether it's plenary or breakout before planning their afternoon.

Informal networking, not a technical session.

Arrival and networking window ahead of Day 2 programming.

Ministerial and city-level openings set the policy tone the rest of the conference will be measured against — watch for concrete commitments on charging standards, grid access and import duty reform, not just electrification targets. For charging operators, the real signal is whether national and municipal authorities align on who regulates infrastructure siting, tariffs and permitting.

Charging networks scale only as fast as the tax and tariff signals around them allow; a diesel-favoring import code or an unreformed electricity tariff structure can quietly undercut every charging business case in a market. This session is where operators should be listening for whether policymakers are actually closing that gap or just narrating intent.

Norway, Denmark and Finland didn't win on subsidy size — they won by holding taxation, charging infrastructure rollout and public procurement aligned for over a decade without reversal. For markets still designing their EV policy stack, the transferable lesson is regulatory persistence, not any specific incentive number.

Charging infrastructure planned around private car owners will bypass the buses, minibuses and paratransit that move most African commuters daily. This session forces a question charging planners often skip: whose routes, fleets and depots are actually being electrified, and who gets left charging nothing at all.

Capital availability is not the bottleneck most charging and mobility ventures face — bankable unit economics and repeatable deployment models are. This session should surface what investors are actually testing for before they move from pilot enthusiasm to portfolio commitment.

A DFI-backed investment in an electric mobility operator is a data point other institutional investors will scrutinize for deal structure, risk allocation and exit assumptions before committing their own capital to African charging or fleet businesses. The relevant questions: what de-risking mechanisms made this deal work, and are they replicable outside this specific transaction.

Charging infrastructure and EV fleets don't fit conventional collateral or tenor assumptions, so local banks' willingness to underwrite them — rather than DFI grants — determines whether financing scales beyond donor-funded pilots. Watch for whether commercial lenders describe new risk frameworks or just restate existing lending caution in EV language.

Hard-currency-denominated financing on local-currency-earning fleets is a structural risk that has killed transport businesses before EVs existed, and charging infrastructure investors face the same mismatch. This panel matters for anyone structuring debt or leases against African charging or fleet assets — the currency question determines viability more than the technology does.

Signing ceremonies convert stated intent into contractual obligation — the value here is entirely in the terms, parties and delivery timeline behind whatever is being signed. Charging professionals should track who is legally bound to what, not just that an agreement occurred.

Charging infrastructure and fleet electrification are implementation-level details that climate negotiations have historically ignored in favor of aggregate emissions targets. This session matters if it produces a mechanism connecting COP-level commitments to project-level transport financing and infrastructure delivery — not if it stays at the level of restated ambition.

With no speakers or description attached, this session's value depends entirely on whether it names specific investable transport projects rather than repeating the general call for climate ambition. Charging professionals should judge it by what concrete pipeline, if any, gets tabled.

A flagship transport project only becomes credible once budget ownership, risk allocation and delivery deadlines are public and attributable to named partners — vague commitments don't get financed or built. This session should be judged on whether it produces that accountability structure or just another roadmap.

Interoperability retrofits are expensive; markets that skipped standards early paid for it in stranded hardware and locked-in users. Africa's charging build-out is still small enough that standards decisions made now, not after deployment, determine whether operators and drivers face years of costly rework. Anyone specifying hardware or software stacks today should ask what CharIN's global lessons say about sequencing standards before scale.

Roaming platforms only work if certification, data ownership and settlement rules are agreed before networks connect, otherwise a shared layer just adds a broker without solving fragmentation. With Hubject and multiple African operators at the table, the real test is whether commercial rules can be aligned as fast as the technical protocol. Operators evaluating roaming partnerships should watch for concrete governance commitments, not just architecture diagrams.

"Technology neutrality" without enforcement is how markets end up with five incompatible proprietary systems anyway. This panel puts continental-framework advocates against regional-model pragmatists, a genuine tension for anyone deciding whether to build for one African standard or hedge across several. The output that matters is whether panelists commit to a timeline or governance body, or just restate the debate.

Logistical break; no session content.

Two/three-wheeler operators aren't waiting for formal interoperability standards, and Rwanda has already legislated open networks for competing bikes and batteries. This is a live case study in regulation forcing interoperability ahead of industry consensus, relevant to any operator or investor deciding whether to build closed or open from day one. The question worth pressing: does open-by-mandate actually change unit economics, or just compliance costs.

E-mobility rollout plans routinely ignore accessibility, gender safety and affordability until they become political liabilities, not technical afterthoughts. This session tests whether inclusion is a design input for route planning, vehicle spec and fare structure, or just a line in a policy document. Fleet planners and city officials should listen for whether inclusion changes procurement decisions or just messaging.

Venture capital rewards software-style exponential growth; charging and mobility infrastructure is capital-intensive with slow, physical scaling, a mismatch that has broken portfolio companies elsewhere. Founders and operators should hear this as a warning about which business models genuinely fit VC math and which get distorted chasing it. The useful takeaway is what alternative capital structures (debt, blended finance, revenue-based) actually match infrastructure economics.

Vehicle procurement and charger rollout are worthless without dependable power behind them, especially for battery swapping and depot charging where downtime cascades into fleet-wide service failures. This session covers the practical toolkit — grid connections, storage, smart charging, load management — that separates announced capacity from delivered capacity. Utility planners and depot operators should listen for specifics on redundancy design, not just aspirational reliability targets.

Logistical break; no session content.

There's no universal answer between grid, solar, storage or hybrid; the right architecture depends on route, depot load profile and local grid reliability, and picking based on technology preference rather than total cost of ownership is a common and costly mistake. With utility, off-grid and battery-swap operators represented, this session should surface how each actually models that tradeoff in practice. The value is in the decision framework, not a single recommended setup.

Banks are being asked to underwrite EV assets — buses, batteries, charging hardware — with no established resale market or depreciation data, which is exactly the gap guarantees are meant to bridge temporarily. The risk is guarantees becoming a permanent subsidy that masks unproven unit economics rather than buying time to establish them. Lenders and operators should listen for how guarantee terms are structured to phase out, and what evidence threshold triggers that exit.

Bus electrification failures are rarely about the vehicle; they're about depot power that wasn't sized correctly, chargers placed without regard to route logistics, and schedules that ignore charging downtime. This session pushes the sequencing that matters — route and operating model first, vehicle spec second — a discipline many BRT electrification programs skip under political pressure to show buses on the road. Transit planners should listen for whether presenters can name specific depot or scheduling failures they've corrected, not just vehicle delivery counts.

Africa's EV rollout is running on borrowed data from European and Asian duty cycles, which skews battery sizing, charger siting and investment risk models. University-led testing on local roads, climates and driving patterns is the only way to replace assumption with evidence before capital gets misallocated. Anyone underwriting infrastructure or fleet deployments should ask what independent local datasets exist and how they're being fed into policy.

A break to trade notes on what was actually said versus what was promised on stage — often where the more candid market intelligence changes hands.

Norway's EV market maturity and Nordic charging-standard experience make its diplomatic backing notable for African market observers tracking which governments are positioning for early influence.

Early access for direct conversations with regulators, OEMs and infrastructure operators before the day's formal agenda narrows the discussion.

Sets the day's agenda; watch for which topics get prioritized as it signals what organizers see as the most urgent gaps in African e-mobility right now.

Fifty-four fragmented regulatory regimes mean OEMs and charging hardware makers can't build one product for the continent, raising costs and slowing manufacturing investment. The real test is whether the AU framework delivers interoperable technical rules or just political alignment — charging operators need the former to plan cross-border corridors.

Whoever writes the connector and communication protocol standards controls which vehicles and networks can compete in African markets for the next decade. Infrastructure operators investing now risk stranding hardware if these standards diverge from what gets adopted continent-wide — this session is where that risk gets defined or deferred.

A high-profile local entrepreneur backing EV imports and assembly before market conditions were proven is a useful signal for gauging early demand risk in Ethiopia. The session should clarify what specific market or policy conditions made that bet viable, and whether they're replicable elsewhere.

Useful mainly as context for African policymakers deciding which parts of the global EV transition — subsidy design, standards fights, charging network buildout — are worth repeating versus skipping.

HDV electrification lives or dies on payload and utilization math, not environmental intent — every kWh spent charging is downtime or lost cargo capacity. This session should specify which African freight routes already have a business case, since that's the only credible entry point for heavy-duty charging infrastructure.

Heavy-duty freight electrification only works if charging infrastructure spans entire corridors, not isolated national grids—this session's real test is whether panelists can show concrete cross-border planning mechanisms rather than aspirational maps. Fleet operators and infrastructure investors should listen for how utility coordination, permitting, and financing are being sequenced across Ethiopia's trade routes, since a single gap still means diesel wins the route economics.

Formal commitments made here are the concrete output of the summit — worth tracking against whether they translate into funded projects or remain declarations of intent.

Fleet uptime is an integration problem before it's a hardware problem: energy, charging and maintenance data usually sit in separate systems, and stitching them together is what turns reactive repairs into predictive scheduling. Anyone running mixed fleets should ask what data model this vision assumes and whether it works with legacy telematics, not just new EVs.

Hardware reliability numbers mean little if payment fails, authentication times out, or an operator locks its network behind proprietary APIs. With telecom, standards and OEM voices in the room, the real question is whether open interfaces and cybersecurity get built in now or bolted on after the first breach or driver revolt.

Africa supplies cobalt, lithium, graphite and manganese but captures little of the value in refining, cells or components — and then imports the finished vehicles built from its own ground. The session should map exactly where in that chain African economies could move up, and what it would cost to get there.

Swapping oil exports for mineral exports isn't a transition, it's the same extractive model with a battery attached. This panel's credibility rests on whether it names concrete mechanisms — local refining capacity, recycling infrastructure, IP ownership — rather than repeating the circular economy vocabulary without a plan.

Logistical break; no session content.

National EV associations sit closer to real-world charging data, driver complaints and policy fights than any continental body will — the open question is whether a pan-African framework aggregates that intelligence or duplicates it. Watch whether this produces shared technical standards and data, or just another coordination layer with no teeth.

A charger that's offline, locked, or unpayable is worse for EV adoption than no charger at all, because it converts curiosity into distrust. The metric that matters here isn't station count, it's uptime and successful-transaction rate — this session should surface who's actually measuring that in African deployments.

Local content claims often hide behind final assembly while engineering, batteries, software and IP stay imported — the real localisation number is value-add, not bolt count. Policymakers and manufacturers here should be pressed on what percentage is actually being measured and verified, not asserted.

Vehicle and charger deployment is outpacing technician training across most emerging EV markets, and idle equipment from unmaintained fleets is an expensive, avoidable failure mode. The useful outcome from this session is a concrete timeline: how many certified technicians are needed, by when, against how many EVs on the road.

Logistical break; no session content.

A used battery's next life — repaired pack, stationary storage, recycled material, or hazardous waste — is determined entirely by diagnostic data and traceability, not by default. Without that data infrastructure, the safe and economically sensible path is often indistinguishable from the risky one, which is exactly the gap this deep dive needs to address.

Heavy-duty charging strategy is a function of route and dwell time, not preference: depot overnight, destination top-up, or corridor fast-charging each demand different power levels and infrastructure investment. Operators should leave this session knowing how to match charger type to duty cycle, not just what's technically possible.

African EV growth is inseparable from urban planning and freight corridor design—charging infrastructure built on car-centric assumptions risks locking in the congestion and inequity it should help solve. The real question is whether operators can position charging hubs as multi-use economic nodes (energy, logistics, local commerce) rather than standalone fueling stops. Urban planners, corridor developers and fleet strategists should watch for how transit integration and land-use policy get addressed alongside electrification.

Logistical break; no session content.