Charging an electric vehicle in Nigeria is simpler than most drivers expect. This guide covers the three places you will charge, what each costs, and how solar changes the maths.
The three places you will charge your EV
Roughly 80% of Nigerian EV owners charge at home overnight, 15% top up at work or a shopping centre, and 5% use fast-chargers on long-distance trips. Understanding this mix is the key to owning an EV without range anxiety.
1. Home charging (level 2)
A wall-mounted 7 kW charger installed by a certified electrician typically costs between ₦450,000 and ₦900,000 including hardware. It fully charges most EVs overnight and is by far the cheapest per-kilometre option.
2. Workplace and destination charging
Shopping malls in Lagos, Abuja and Port Harcourt are increasingly installing 22 kW AC chargers. Expect ₦180–₦280 per kWh.
3. DC fast-charging
50–120 kW DC fast chargers along the Lagos–Ibadan and Abuja–Kaduna corridors can add 200 km of range in 20–30 minutes. Pricing typically ranges ₦300–₦450 per kWh.
What does it actually cost per kilometre?
- Home charging on grid power: ₦12–₦22 per km
- Home charging on solar (after payback): ₦3–₦7 per km
- Public AC charging: ₦28–₦40 per km
- Petrol equivalent (2.0L saloon): ₦95–₦140 per km
Pairing solar with your EV
A 5 kW rooftop solar system with 10 kWh battery storage costs ₦4.5m–₦6.5m installed and can meet 80–100% of a typical EV commute. Most owners recover the additional cost in 3–4 years compared to grid-only charging.
Frequently asked questions
Frequently asked questions
- Can I charge an EV from a regular Nigerian wall socket?
- Yes — a standard 13A socket adds roughly 10–12 km of range per hour. It works for overnight top-ups but a dedicated 7 kW charger is dramatically faster and safer.
- What happens during a grid outage?
- Nothing dangerous. The car simply pauses charging and resumes when power returns. Solar-plus-battery installations avoid the issue entirely.
- How long does an EV battery last in Nigeria's heat?
- Modern LFP batteries retain 80%+ capacity after 10 years in tropical climates when charged predominantly to 80% and not left at 100% in direct sun.