We earn commissions from qualifying purchases. This doesn't affect our rankings or reviews. How we review
A home EV charger is the single best upgrade for any electric vehicle owner. Level 2 chargers deliver 40β65 km of range per hour β a full overnight charge every night. Paired with rooftop solar, you can fuel your car with free sunshine.
8 EV chargers reviewed
Best for: Plug-in hybrids or supplemental top-up charging
Best for: Primary home charging for any EV β the sweet spot
Best for: Commercial fleets or multi-unit residential
EV charger incentives vary by country across Africa. In South Africa, some municipalities offer rates rebates and Wallbox/Zaptec installers often bundle install at a fixed price. In Morocco, programmes linked to Renault and Stellantis subsidise residential charging equipment. In Kenya and Nigeria, installation is currently a buyer-borne cost β check with your grid operator and dealer for the latest local offers.
Wallbox
Power
22 kW
Amperage
32A
Connector
Type2
Cable
5m
Plug
hardwired
Warranty
3 yr
Smart
WiFi / App
Easee
Power
22 kW
Amperage
32A
Connector
Type2
Cable
0m
Plug
Type 2 socket
Warranty
3 yr
Smart
WiFi / App
Ohme
Power
7.4 kW
Amperage
32A
Connector
Type2
Cable
5m
Plug
hardwired
Warranty
3 yr
Smart
WiFi / App
myenergi
Power
22 kW
Amperage
32A
Connector
Type2
Cable
6.5m
Plug
hardwired
Warranty
3 yr
Smart
WiFi / App
EVBox
Power
22 kW
Amperage
32A
Connector
Type2
Cable
6m
Plug
hardwired
Warranty
3 yr
Smart
WiFi / App
ABB
Power
22 kW
Amperage
32A
Connector
Type2
Cable
5m
Plug
hardwired
Warranty
3 yr
Smart
WiFi / App
Webasto
Power
11 kW
Amperage
16A
Connector
Type2
Cable
7m
Plug
hardwired
Warranty
3 yr
Smart
WiFi / App
go-e
Power
22 kW
Amperage
32A
Connector
Type2
Cable
5m
Plug
hardwired
Warranty
3 yr
Smart
WiFi / App
Most Level 2 chargers designed for European or Australian markets work natively on Africa's 230V / 50Hz single-phase supply. US-spec 240V split-phase units (ChargePoint Home Flex, Tesla Wall Connector) often ship as dual-voltage and can be wired to 230V single-phase β confirm on the unit's spec sheet before buying. In South Africa, any fixed installation must comply with SANS 10142-1 (wiring code) and the newer NRS 097 series for grid-connected EV infrastructure.
Three options. (1) Smart charger with load management β pauses charging during Eskom stages and resumes automatically when power returns. (2) Pair the charger with a home battery or hybrid inverter so it keeps charging on stored solar. (3) Schedule charging for overnight off-peak windows, which usually avoid the worst load-shedding blocks. Avoid unmanaged chargers that can restart mid-cycle on an unstable grid β this shortens EV battery life.
Yes in specific cities. Morocco has the continent's largest EV assembly base (Renault, Stellantis) and Rabat/Casablanca see steady residential charger demand. Nigeria is early but growing fast in Lagos and Abuja, driven by Jet Motors and local imports. Kenya has seen BasiGo and Roam deploy fleets in Nairobi. For any of these markets, a 7.4 kW single-phase Level 2 charger is the sweet spot.
Yes, and the economics are excellent. Africa's high solar irradiance (especially in South Africa, Morocco, Egypt, and the Sahel) means a 4β6 kWp rooftop array easily covers 12,000β15,000 km of annual EV driving. Smart chargers from Wallbox, Zaptec, EO, and Easee have solar-surplus modes that only charge from excess PV. In South Africa with net-billing or SSEG tariffs, this is usually the lowest-cost way to fuel a vehicle.
Type 2 (Mennekes) is the de facto standard across Africa for Level 2 AC charging β the same plug used across Europe and adopted by most EVs sold in South Africa, Morocco, and Kenya. For DC fast charging, CCS2 is now dominant on new infrastructure. Avoid Type 1 (J1772) chargers unless you specifically own a US-import EV.