The EV Is Only the Beginning: What Evtrify Is Actually Solving in Africa

The car is the visible layer. The ecosystem is the product around it.

Petrol vehicles benefit from decades of accumulated infrastructure. A driver rarely thinks about that infrastructure as one system because it is already everywhere: filling stations, mechanics, parts dealers, workshops, vehicle markets, roadside support, insurance processes, inspection routines and generations of practical knowledge.

Electric mobility is different because the vehicle and the surrounding support system are being introduced at roughly the same time. That creates a coordination problem. More EVs make charging more valuable. More charging makes EV ownership easier. More trained technicians reduce the perceived risk of ownership. More EV owners create enough demand for workshops to invest in tooling. More fleet adoption creates predictable utilisation for infrastructure. Each side makes the other side more viable.

When those pieces are disconnected, the driver experiences the gap as friction. The station exists, but they cannot find it. The technician exists, but they cannot establish trust. The workshop has capability, but the fleet does not know it is there. The dealer has inventory, but the buyer still has to separately solve charging and aftercare.

That is why I see Evtrify less as a collection of EV features and more as an attempt to reduce the distance between the participants that already make electric mobility possible.

Nigeria now has enough EV activity that the service layer deserves serious attention

Nigeria's EV market is still early, but "early" no longer means hypothetical. RMI estimated that the country had about 20,000 electric vehicles by the end of 2025, with early adoption concentrated in two- and three-wheelers, commercial fleets, ride-hailing vehicles and other high-utilisation segments.²

That shape of adoption matters. A market led by commercial motorcycles, buses, logistics, ride-hailing and fleets does not behave exactly like a market led by private cars charging overnight in suburban garages. High-utilisation vehicles care about service availability, charging access, turnaround time and downtime because those things have direct operating consequences.

Policy is also beginning to treat charging as infrastructure rather than a side issue. In March 2026, Nigeria expanded the Presidential Initiative on CNG mandate to include electric vehicles, with the renamed Pi-CNG & EV initiative explicitly covering EVs, charging infrastructure and related investment nationwide.³ The programme's public material now describes charging networks and fleet-management systems as part of the country's foundational electric-mobility infrastructure.⁴

None of that means the market is mature. It means the opposite: this is precisely the stage where the interfaces between participants are still being formed. The question is whether we allow those interfaces to remain informal and fragmented, or make them easier to navigate while the market is still young.

The first problem is embarrassingly simple: where do I charge?

Charging infrastructure is usually discussed as a hardware count. How many chargers exist? How many kilowatts can they deliver? How many sites have been commissioned? Those are important questions, but they do not describe the driver's entire problem.

A charger has to be discoverable before it can be useful to someone who does not already know it exists. The driver also needs enough context to decide whether the location is relevant: where it is, what kind of charging it offers, whether it serves the vehicle they are driving, and what access conditions apply.

This sounds like a small software problem until you imagine the alternative at scale. One operator publishes locations on Instagram. Another keeps a Google Maps list. Another tells customers through a WhatsApp group. A fleet has its own spreadsheet. A station moves or becomes unavailable, but an old post remains online. A new driver sees several conflicting sources and has no idea which one to trust.

Evtrify is building to solve that discovery problem. Its public proposition to drivers is explicit: find charging stations easily.¹

I think this distinction is important: building chargers and making chargers usable are related but different jobs. Physical infrastructure creates capacity. A discovery layer reduces the information cost of using that capacity.

Discovery is a two-sided problem

Every time a driver cannot find a charger, there is potentially a charging operator on the other side of that failed connection. The operator has spent money on land, electrical work, equipment, software and operations. The driver has demand. The missing piece may simply be that the two do not meet.

Evtrify's public website makes this two-sided model unusually clear. For drivers, it says "Find Charging Stations easily." For charging stations, it says "Get Drivers to your chargers daily."¹

That is not just copy. It describes the basic network effect behind the product. Better station discovery improves the driver experience. More drivers using the discovery layer make participation more useful to station operators. More participating stations improve coverage for drivers.

This same pattern repeats across the rest of the Evtrify ecosystem. An owner looking for a technician and a technician looking for EV customers are two sides of the same discovery problem. A fleet looking for a workshop and a workshop looking for fleet work are two sides of the same problem. A buyer looking for an EV and a dealer trying to move EV inventory are two sides of the same problem.

Evtrify is solving for the connection, not only the listing.

The second problem is trust: who should actually work on the vehicle?

Electric vehicles change the maintenance skill set. There is still familiar automotive work around tyres, suspension, brakes, body systems and cabin components, but the propulsion system introduces high-voltage batteries, power electronics, inverters, electric motors, charging systems, battery-management systems and diagnostic procedures that conventional experience does not automatically cover.

Nigeria's technical training system already reflects that skills gap. The National Board for Technical Education lists Electric Vehicles qualifications from Levels 1 through 4 in its approved programmes, while its National Occupational Standards include EV operation and maintenance requirements covering diagnostics, workplace safety and high-voltage-related procedures.⁵

The important point is not that conventional mechanics suddenly stop being useful. It is that EV owners need a way to distinguish general automotive capability from EV-specific capability, especially where high-voltage work and specialised diagnostics are involved.

Evtrify is building to solve that trust-and-discovery problem by helping users find verified EV technicians and EV service workshops.¹

That is valuable in both directions. A technician who has invested in EV capability should not be invisible to the people who need that capability. A workshop that can actually support an electric fleet should not depend entirely on word of mouth. Verification, discovery and reputation become part of the service infrastructure around the vehicle.

Fleets multiply every weakness in the ecosystem

A private driver can sometimes tolerate friction that a commercial fleet cannot. If finding a charger takes twenty extra minutes once a month, the private owner may treat it as an inconvenience. Multiply the same problem across vehicles operating every day and it becomes lost utilisation.

If one owner struggles to find a technician, that is a service problem. If a fleet cannot reliably route vehicles to capable workshops, it becomes an operations problem. If one driver cannot find a charger, they may arrive late. If dozens of vehicles cannot find usable charging in the right places and time windows, the fleet's duty cycle can fail.

RMI's observation that Nigeria's early adoption is concentrated in commercial and high-utilisation segments is therefore important.² These are the users for whom ecosystem quality becomes measurable very quickly.

Evtrify publicly includes fleet owners as a core user group, with a simple promise: help them get EV services for their fleet quickly.¹ That is a broad statement, but the underlying problem is precise. Fleet operators should not have to rebuild a directory of the EV ecosystem every time they enter a new route, city or operating area.

Evtrify is building to reduce that service-discovery overhead for fleets.

Buying the vehicle should not be disconnected from living with the vehicle

Vehicle marketplaces usually end their job at the transaction. Electric mobility makes that separation less comfortable because a buyer often has support questions before the purchase is complete: Where can I charge this model? What type of charging does it use? Who services it? Is there a workshop nearby? What does ownership look like after the handover?

Evtrify's public product includes buying and selling EVs, and explicitly identifies car dealers as one of the groups the platform serves.¹

I think the stronger idea is not simply "another place to list cars." It is the possibility of vehicle discovery living closer to the service ecosystem that makes ownership practical. The buyer, dealer, charging network, technician and workshop do not have to be the same company. They just need a better way to find each other.

Why I keep coming back to interoperability

Discovery can solve the first layer of fragmentation, but charging markets eventually face a deeper problem: different companies own chargers, different platforms manage customers and different networks grow at different speeds. If every new relationship requires a bespoke integration, the software becomes another source of fragmentation.

This is where OCPI, the Open Charge Point Interface, becomes useful context. The EVRoaming Foundation describes OCPI as an open protocol connecting eMobility Service Providers, which serve EV drivers, with Charge Point Operators, which manage charging stations. The current 2.3.0 specification supports the exchange of the kinds of information and actions a roaming ecosystem needs, including locations, tariffs, authorisation data, sessions, charge-detail records and remote capabilities, with optional payment-terminal and booking modules.⁶

I have written separately about why I think OCPI matters for African charging. The short version is that open contracts become more valuable before fragmentation is entrenched, not after every operator has built a closed island.

The product principle is the important part: the driver should not need to understand every corporate boundary behind the charging experience. A useful mobility layer should make the ecosystem easier to navigate as the number of participants increases.

That principle sits naturally beside Evtrify's current public mission. Today the immediate problem is discovery and connection. As the market grows, interoperability is how those connections avoid turning into one-off integrations forever.

Africa should not inherit somebody else's EV assumptions

It is tempting to take an EV product built around North American or European driving patterns and localise the currency. I think that misses too much of the system.

African markets combine private cars with commercial motorcycles, three-wheelers, ride-hailing, buses, logistics fleets and informal transport. Grid reliability varies by location. Battery swapping may be more important in some vehicle classes. Charging sites may need solar or storage. Service capacity is uneven. Vehicle import patterns differ. Long-distance travel, urban density, payment behaviour and the economics of downtime differ.

RMI specifically notes that battery swapping is expanding in Nigeria and that some operators are pairing charging sites with solar and battery storage where grid service is weak.² At continental level, the African Development Bank says green-mobility investment remains fragmented and pilot-heavy, with high upfront cost, perceived technology risk, limited long-term finance and insufficient market readiness. Its Green Mobility Financing Facility includes electric buses, two- and three-wheelers, renewable-powered charging, battery swapping and EV manufacturing.⁷

Those details are why the service layer matters. "EV" is not one customer profile. A two-wheeler rider looking for a swap station, a private-car owner looking for a compatible charger, a fleet manager looking for a workshop and a dealer looking for buyers are all participating in the same transition through different operational needs.

Evtrify is building around that broader ecosystem rather than treating the private-car driver as the only user that matters.

So what is Evtrify actually solving?

Strip away the category names and the public product is trying to reduce six very practical forms of friction.

There is a common thread through all six: fragmentation creates unnecessary search, trust and coordination costs. Evtrify is being built to reduce those costs.

This is why I would not describe the company as merely a charger map, a mechanic directory or a vehicle marketplace. Those are useful surfaces, but they are surfaces over the same underlying problem: an emerging industry has many participants that need each other and do not yet have a mature connective layer.