EV Charging Cost Calculator South Africa 2026 โ€” LetsChargeSA
๐Ÿš—
Select Your EV
Batteryโ€”
Range (WLTP)โ€”
Max AC chargeโ€”
Max DC chargeโ€”
Price fromโ€”
๐Ÿ“
Province & Tariff
Home electricity rate
Edit manually
R2.72/kWh
NERSA/Municipal ยท 2025/26
Public charging rates used
Public AC (Gridcar etc.)R4.00/kWh
DC fast (Rubicon/Chargify)R7.00/kWh
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Battery Level โ“˜
Start Level 0%
End Level 100%
Energy needed
โ€” kWh
0% โ†’ 100%
R

Cost by Charger Type

๐Ÿ”Œ
Domestic Plug
kW
Rate used
R2.72/kWh (home)
โ€”
total cost
โ€”
๐Ÿ 
Home Wall Box
kW
Rate used
R2.72/kWh (home)
โ€”
total cost
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๐Ÿข
Public AC
kW
Rate used
R4.00/kWh (network)
โ€”
total cost
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โšก
DC Fast Charging
kW
Rate used
R7.00/kWh (Rubicon/Chargify)
โ€”
total cost
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Cost this charge
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South African rand
Energy into battery
โ€”
kilowatt hours (kWh)
Time to charge
โ€”
hours : minutes
Cost per 100 km
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rand (at claimed range)

๐Ÿ’ก Why does DC fast charging cost more per kWh?

Charger Where Rate (R/kWh) Why this rate?
Domestic plug Home R2.72 Your municipal electricity tariff
Wall box Home R2.72 Same as your home rate โ€” just faster
Public AC Mall / work ~R4.00 Network operator markup (Gridcar, Charge.co.za etc.)
DC fast charge Highway / forecourt ~R7.00 Premium for speed โ€” Rubicon, Chargify, GridCar DC networks

โšก The domestic plug and wall box cost the same per kWh because both use your home electricity tariff. The wall box is just much faster โ€” the rand cost per charge is identical. DC costs more because you are paying the public network's rate, not your home rate.

๐Ÿ“Œ Disclaimer: Home rates are provincial averages based on 2025/26 NERSA-approved municipal tariffs. Public AC rate (~R4/kWh) and DC fast rate (~R7/kWh) are typical SA network averages โ€” actual rates vary by network and location. EV range figures are manufacturer WLTP/claimed values; real-world range is typically 10โ€“20% lower. LetsChargeSA accepts no responsibility for financial decisions made from these calculations. | Last updated: June 2026