Beyond the chargers: Inside Nigeria’s emerging EV infrastructure race

Nigeria's electric vehicle market is slowly evolving, with charging infrastructure appearing in major cities and businesses investigating new prospects in electric mobility. As the market expands, concerns about charging infrastructure's accessibility, dependability, and commercial feasibility are becoming more crucial for drivers, companies, and investors.

Philip Ogunleye, the Founder and CEO of Vine Mobility & Technologies, offers insights into Nigeria's charging infrastructure situation, the evolving driver charging experience, the function of software and data in managing charging networks, business models influencing the sector, and essential factors for electric mobility to gain broader adoption in Nigeria.

Ogunleye mentions that Nigeria's electric mobility sector is still in its infancy, but the direction is promising. In the past, many discussions questioned the relevance of electric vehicles in Nigeria. Now, the questions revolve around practical aspects like where charging networks should be built, how they should operate, and what makes them commercially viable. This shift in conversation signifies a maturing market.

Lagos currently leads in electric vehicle adoption due to its high EV concentration, growing private investment, and increasing business interest in installing charging stations. Abuja is also gaining traction, and several other cities are beginning to explore charging infrastructure possibilities. The main challenge lies not in the number of chargers installed but in the surrounding ecosystem.

Drivers require assurance that a charger will function upon arrival, and service providers must have the tools to monitor their networks, respond swiftly, and maintain high uptime. As the physical network grows, operational discipline becomes as important as the hardware.

A primary concern for prospective EV owners is where they will charge their vehicles. Though the answer is improving steadily, especially in cities with expanding networks, the experience remains diverse. Charging is becoming more digital, with several providers now allowing drivers to locate a station, start a session, and pay without cash through mobile apps or integrated payment systems.

While the experience varies between networks, the trend is moving toward a more connected and user-friendly process. Drivers value certainty over speed, as knowing a charger will be available, operational, and easy to use matters more than reducing charging time. Accurate information, reliable uptime, and a seamless payment process are as crucial as the number of chargers available.

Although people often focus on the physical charger, the heart of a charging network lies in software. Installing equipment is merely the beginning. Someone must monitor each unit's availability, process payments securely, detect faults before they impact drivers, manage pricing, and analyze the network's performance. As networks expand beyond a few sites, this responsibility cannot be handled without intelligent systems.

Reliability is engineered, not inherited; it comes from providing providers real-time visibility into their infrastructure, enabling them to address issues before they affect drivers rather than after. As networks scale, the data generated becomes almost as valuable as the equipment itself, as it allows businesses to enhance uptime, maximize existing assets, and make more informed investment decisions.

In the future, software's role will continue to grow, through predictive maintenance, smarter energy management, and increased interoperability among networks that currently operate separately.