Electric vans can cost less to own and operate than diesel vans in South Africa—but only when the route, annual mileage, charging setup and purchase terms make the numbers work. Farizon South Africa’s own five-year model shows a lower total cost for its SuperVan than for its diesel comparator, while GreenCape’s broader urban light-delivery-vehicle model also favours electric. Neither is an independent, current, like-for-like fleet quotation. Use them as starting points, then compare current vehicle, energy, charging and finance costs for your routes.
What the South African comparisons show
The available examples point in the same direction on operating energy costs, but they describe different vehicle segments and use different assumptions. They should not be treated as a direct comparison with one another or as a guarantee of savings for a particular fleet.
Farizon SuperVan: a van-specific distributor estimate
Farizon South Africa lists the electric SuperVan L1 H1 at R849,000 including VAT and its diesel comparator at R754,400. Its modeled five-year total cost of ownership (TCO) is R1,059,021 for the electric van and R1,506,169 for the diesel van. The distributor says its estimate assumes 60,000 km of driving a year, electricity at R2.80/kWh and diesel at R28.00/litre, with the diesel price stated excluding VAT. It also estimates the electric purchase-price premium would be paid back in ten months under those mileage assumptions. These are Farizon’s figures, not independent test results; the company describes its website information as informational and invites buyers to request a more detailed model. See Farizon South Africa’s fleet page.
| Farizon South Africa modeled cost | SuperVan L1 H1 | Diesel comparator |
|---|---|---|
| Purchase price | R849,000, including VAT | R754,400; VAT treatment not stated on the page |
| Energy or fuel cost per kilometre | R0.70 | R2.44 |
| Scheduled maintenance per 100,000 km | R37,200 | R37,790 |
| Estimated five-year TCO | R1,059,021 | R1,506,169 |
The page does not establish that the two vehicles have identical payload, equipment, insurance, finance or resale assumptions. Confirm those details, as well as the diesel comparator’s VAT treatment, before using its TCO figures in a procurement decision.
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GreenCape: a broader urban LDV model
GreenCape’s market-intelligence page models an electric light-delivery vehicle (LDV) at R800,000, with a stated range of 250–280 km and consumption of 0.224 kWh/km. At its assumed electricity price of R2.30/kWh, that works out to R51.52 per 100 km for operating energy. Its comparison internal-combustion-engine LDV is modeled at R500,000, a 600–800 km range and fuel consumption of 0.075 litres/km. At the page’s assumed diesel price of R23.90/litre, its modeled fuel cost is R179.25 per 100 km. GreenCape uses 25,000 km as average annual mileage and says its ten-year urban-logistics model favours electric when CAPEX and OPEX are combined. The page cites older AA fuel-price inputs; these are model values, not current dealer or fuel quotations, and “LDV” should not be read as a matched panel-van comparison. See GreenCape’s electric-vehicle market intelligence.
Why these two examples cannot settle your fleet’s answer
The Farizon case is a distributor’s model for a named electric van and diesel comparator at 60,000 km per year. GreenCape’s is a broader LDV case using different prices, mileage and a ten-year horizon. Their results demonstrate how mileage and energy costs can matter; they do not establish a national average saving or prove that a particular electric van matches a particular diesel van’s payload, financing, insurance or resale value.
What belongs in a van TCO comparison
Total cost of ownership is the cost of putting vehicles to work over a chosen period—not simply the purchase price plus fuel. Compare the same holding period and equivalent route duty, and include costs that can otherwise make an electric option look artificially cheap or expensive.
- Vehicle and finance: purchase price and VAT treatment, deposit, interest and fees, plus the cost of capital if you are comparing cash purchases.
- Energy and fuel: actual route consumption multiplied by the delivered electricity tariff or diesel price. Record the tariff period and any time-of-use rates rather than assuming every kWh costs the same.
- Charging infrastructure: charger hardware, installation, electrical upgrades, connection costs, useful life and the number of vehicles sharing the equipment.
- Grid costs: include demand charges or other capacity-related costs where they apply. A site’s power capacity and simultaneous charging needs can matter as much as the headline energy tariff.
- Maintenance and downtime: scheduled and unscheduled service costs, and the operational cost of time spent charging or unavailable for work.
- Insurance, licensing and residual value: use fleet-specific quotes and realistic end-of-period resale assumptions. Do not assume either technology automatically has lower insurance or a better resale value.
- Vehicle capability: compare payload, cargo volume, route distance and reserve policy. A lower-cost vehicle is not equivalent if it cannot do the same work.
ChargePoint SA’s 7 August 2026 fleet TCO guide also identifies acquisition, energy, scheduled maintenance, infrastructure amortised per vehicle and grid demand charges as core EV cost elements. Treat its guidance as a checklist rather than an independent universal fleet result: ChargePoint SA’s fleet EV TCO guide.
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When an electric van’s purchase price is higher, lower energy costs have to offset that premium and any charging or grid investment. Higher annual mileage gives those per-kilometre savings more opportunity to accumulate, but it does not guarantee a lower TCO: energy prices, charger utilisation, financing and the holding period still matter.
Depot charging can make fleet operations easier to plan if vehicles return regularly and have enough dwell time to recharge. But the electricity tariff alone is not the complete charging cost. GreenCape’s 2023 panel-van report modeled a 50-vehicle fleet and warned that charging hardware costs can reduce the business case depending on how many AC or DC chargers the operation needs. Its historical inputs—including the specified vehicle prices and energy assumptions—are useful to illustrate cost drivers, not as today’s purchase comparison. Read the GreenCape electric panel-van and EVaaS report.
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Check route fit as well as cost
Farizon describes its SuperVan’s 83 kWh battery and 377 km WLTP range as suitable for examples including 150–220 km of Johannesburg urban delivery per day and two Cape Town–Stellenbosch return loops totalling about 200 km, with overnight depot charging. Those are distributor examples, not independent real-world range tests. Actual usable range can differ with load, climate control, terrain, driving conditions and the reserve your operation requires. Confirm the vehicle’s payload and test the route and charging plan against your own operating pattern; a published range figure is not a guarantee of daily route coverage. See Farizon’s route examples and vehicle information.
How to build a decision-ready comparison
- Define the job: set the holding period, annual kilometres, route mix, daily distance, payload, cargo needs, return-to-depot pattern and out-of-route requirements.
- Get matched vehicle quotations: request current prices for vehicles that can perform the same duty. Record VAT status, included equipment, warranty and delivery terms.
- Use local operating inputs: obtain the fleet’s actual electricity tariff and diesel price, then estimate consumption on the routes and loads that matter. Label quoted values separately from estimates.
- Price the site: ask for a depot assessment covering charger quantity and type, installation, available capacity, connection or upgrade costs, charging schedules and any relevant demand charges.
- Quote the full ownership costs: compare finance, insurance, maintenance, licensing and likely residual value on the same time horizon. Include charging-related downtime or operational changes where material.
- Run sensitivity cases: test lower and higher annual mileage, energy prices, charger use, financing costs and residual values. A result that changes with a small input shift is not a robust saving.
- Compare the totals: calculate the net cost over the holding period, including infrastructure and finance and subtracting estimated resale proceeds where supported. Show cost per kilometre as a secondary measure, not a substitute for the full comparison.
When leasing or EVaaS may help
Leasing or an electric-vehicle-as-a-service (EVaaS) arrangement may reduce the upfront capital a fleet has to commit. It does not automatically make the vehicle cheaper overall. GreenCape’s 2025 market report describes EVaaS expanding to commercial light vehicles, including panel vans. Compare a provider’s quote with an ownership model over the same period, checking the lease term, distance limits, charging inclusion, maintenance, insurance and end-of-term value. See the GreenCape Electric Vehicles Market Intelligence Report 2025.
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What the evidence does not establish
The available South African examples do not establish an independent, matched van comparison that includes insurance, finance, payload differences and resale value for a specified fleet. Those costs depend on the vehicle, route, insurer, lender and charging site. A van-specific answer therefore requires current comparable dealer, charging and finance quotations; published modeled savings are a useful screening tool, not a substitute for those figures.
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