Every operator has been pitched an electric fleet, usually with one number: running cost per kilometre. That number is real and it is dramatic.
It is also the only part of the case that is simple.
Purchase prices, subsidies, electricity tariffs and state EV policies change frequently and differ by state. Nothing here quotes a figure as current — work the arithmetic with today’s numbers for your own state before deciding.
What actually improves
Energy cost per kilometre falls sharply. Charging on a commercial tariff against petrol or diesel at pump prices is not a close comparison, and on high daily-running vehicles it compounds fast.
Maintenance falls. No oil changes, no clutch, far fewer moving parts, regenerative braking that spares the pads. For a vehicle doing 6,000 km a month this is not a rounding error.
Some clients now prefer it. Corporate procurement increasingly asks about emissions in transport tenders. On a close bid it can be the differentiator, which makes it a revenue argument and not only a cost one.
What gets harder
Capital cost is higher, and financing terms for commercial EVs are still less settled than for a diesel sedan.
Range decides the work you can take. Real range on a loaded vehicle in traffic with the air conditioning running is not the brochure figure. City work and fixed airport runs fit comfortably. A 350-kilometre one-way drop with no charging plan does not.
Charging is the operational problem, not the technical one. A vehicle charging is a vehicle not earning. Whether that matters depends entirely on whether your work leaves natural gaps — and night-shift staff transport, for instance, has a very convenient one.
Residual value is uncertain. Nobody yet knows what a five-year-old commercial EV with high mileage is worth. Assume less than you would like.
Driver acceptance is real. A driver stranded once at low charge tells every other driver. Range anxiety in a fleet is a management problem before it is an engineering one.
Where EVs fit today
| Work type | Fit | Why |
|---|---|---|
| City rides, fixed radius | Strong | Predictable daily distance, returns to base |
| Airport transfers on contract | Strong | Known route, known distance, scheduled gaps |
| Employee transport, fixed shifts | Strong | Charges through the working day between shifts |
| Hotel and guest transfers | Good | Short runs, vehicle idle between them |
| Outstation and drop taxi | Weak today | Long single legs, charging away from base |
| Temple and tourism circuits | Weak today | Multi-day, unfamiliar charging |
The pattern is consistent: EVs suit work that returns to a base you control. The further your work takes a vehicle from your own charger, the weaker the case becomes.
The number to build
Cost per kilometre, both ways, using your own figures:
- Energy per km at your tariff and your observed consumption, not the claimed one
- Maintenance per km, honestly estimated over three years
- Finance per month divided by kilometres you actually run
- Charging downtime priced as lost earning hours
- Residual assumed conservatively
That fourth line is the one operators skip and it is often the one that decides the answer. An hour charging in the middle of a shift is an hour of revenue, not merely an inconvenience.
How to test it without betting the fleet
Buy or lease two. Put them on your most predictable, shortest-radius work — the routes that return to base daily. Run them for three months alongside comparable diesel vehicles and measure four things:
- Actual cost per kilometre, all in
- Kilometres lost to charging
- Driver complaints, counted rather than remembered
- Whether any client mentioned it
Two vehicles is cheap enough to be wrong about, and three months is long enough to see the problems that only appear in daily use. Operators who convert on a spreadsheet and buy twenty discover the charging arithmetic afterwards.
The part that is not about the vehicle
Whichever way you go, the vehicle is one input into a cost per kilometre that also contains utilisation, dead running and idle days — and those three usually matter more than the fuel. An EV at poor utilisation is still a poorly utilised vehicle.
Our cost per kilometre post covers building that figure properly, and fare and package pricing covers making sure whatever it costs you is actually reflected in what you charge.