The comparison between electric cars and petrol cars is no longer limited to just the purchase price. A major advantage for EV buyers is its lower running costs, but is a 60kWh EV cheaper than a 1.5-liter turbo-petrol car in every situation?
To answer this, we’re calculating a 60kWh EV vs. 1.5 Turbo Petrol comparison over an ownership cycle of 5 years and 75,000 km. Fuel/electricity costs are compared with transparent assumptions in this calculation to give readers a realistic picture.
Join Our Youtube Channel to stay updated with daily Indian car & bike news instantly!
Most importantly: this is not the official ownership-cost figure for any specific car. This is a standardized comparison model. Actual cost will change according to car, city, electricity tariff, petrol price, driving style and charging pattern.
Also Read: Best Bikes for College Students Under Rs. 1.5 Lakh: Top Picks by Auto India Daily
60kWh EV vs 1.5 Turbo Petrol: Our Assumptions
For fair comparison we have given the same annual usage to both the cars.
| Parameter | 60kWh EV | 1.5 Turbo Petrol |
|---|---|---|
| Annual running | 15,000 km | 15,000 km |
| 5-year running | 75,000 km | 75,000 km |
| Assumed efficiency | 6.5 km/kWh | 13 km/l |
| Home electricity assumption | Rs. 8/kWh | — |
| Petrol assumption | — | Rs. 100/litre |
| Charging loss | 10% | — |
Important: We are using Rs. 8/kWh and Rs. 100/liter as illustrative assumptions, not current all-India prices.
According to BEE, EV charging costs vary depending on the state’s notified tariff and battery capacity.
Similarly, petrol prices also vary significantly by city and state. For example, on October 4, 2026, petrol was priced at Rs. 102.12/liter in Delhi, while it was listed at Rs. 114.58/liter in Indore.
So, instead of using a single national petrol price, we are using Rs. 100/liter as a controlled comparison assumption.
5-Year Electricity Cost of a 60kWh EV
It’s important to avoid a common mistake here.
A 60kWh battery doesn’t mean that 60 units of electricity will be consumed for every 100 km.
Battery capacity and vehicle efficiency are different things.
In our calculations, the assumed efficiency of an EV is 6.5 km/kWh.
Required battery energy for a total distance of 75,000 km:
75,000 ÷ 6.5 = 11,538 kWh
But charging losses occur when transferring electricity from the wall to the car. According to recent EV charging analysis, home AC charging can result in roughly 10–15% energy loss.
For a conservative calculation, we’re assuming a 10% charging loss.
Electricity drawn after this:
11,538 × 1.10 = 12,692 kWh
Now at an assumed tariff of Rs. 8 per unit:
12,692 × Rs. 8 = Rs. 1,01,536
5-Year EV Energy Cost: ~Rs. 1.02 lakh
This means that under our assumptions, the home-charging electricity cost of an EV for 75,000 km of driving comes to approximately Rs. 1.02 lakh.
5-Year Fuel Cost of a 1.5-liter Turbo Petrol Car
Now let’s compare the same 75,000 km with a 1.5-liter turbo-petrol car.
We’re assuming a real-world average of 13 km/l here.
Required petrol:
75,000 ÷ 13 = 5,769 liters
At an assumed petrol price of Rs. 100/liter:
5,769 × Rs. 100 = Rs. 5,76,923
5-Year Petrol Fuel Cost: ~Rs. 5.77 lakh
According to this calculation, fuel expenditure on a petrol car over an ownership period of 75,000 km could be approximately Rs. 5.77 lakh.
Also Read: Best Electric SUVs Under Rs 30 Lakh in India 2026: Top 9 EVs Worth Buying
60kWh EV vs 1.5 Turbo Petrol: Energy Cost Difference
Now let’s compare the two numbers directly:
| 5-Year Energy Cost | 60kWh EV | 1.5 Turbo Petrol |
|---|---|---|
| Total distance | 75,000 km | 75,000 km |
| Energy/fuel cost | ~Rs. 1.02 lakh | ~Rs. 5.77 lakh |
| Difference | — | ~Rs. 4.75 lakh |
Under these specific assumptions, the EV could save approximately Rs. 4.75 lakh on energy costs alone over five years.
This Rs. 4.75 lakh is not the total ownership saving.
This is simply the difference between electricity and petrol expenditure.
And it’s important to make this distinction clear to readers.
What is the running cost per kilometer for an EV?
According to our calculations, the electricity cost of an EV:
Rs. 1,01,536 ÷ 75,000 = ~Rs. 1.35/km
Petrol car:
Rs. 5,76,923 ÷ 75,000 = ~Rs. 7.69/km
That is, under the assumptions:
| Running Cost | EV | Petrol |
|---|---|---|
| Cost per km | ~Rs. 1.35 | ~Rs. 7.69 |
| Difference | — | ~Rs. 6.34/km |
Real-world figures may differ, especially if the EV owner relies heavily on public fast charging.
Home Charging Strengthens the Economics of an EV
The financial advantage of an EV largely depends on where you charge.
The BEE states that EV charging costs vary according to state-wise notified tariffs.
According to the 2026 Indian EV Charging Guidelines, home charging is typically considerably cheaper than public fast charging. The Times of India Auto gives an indicative range of roughly Rs. 6–10 per unit for home charging and around Rs. 12–25 per unit for public fast charging.
This simply means:
Home charging = EV’s maximum running-cost advantage
Frequent public fast charging = EV’s running-cost advantage may be reduced
If a buyer doesn’t have home charging facilities and mostly uses expensive public chargers, our ₹1.35/km calculation may not be directly applicable.
Why aren’t we giving a fixed number for 5-year maintenance costs?
We don’t want to mislead readers here either.
EVs don’t have conventional petrol engine components, such as engine oil, spark plugs, and several engine-related parts. Therefore, routine maintenance can generally be lower. The BEE also highlights the lower charging, maintenance, and operating costs of EVs compared to ICE vehicles.
But giving universal figures like “EV service = Rs. 40,000” and “petrol service = Rs. 75,000” would not be accurate.
Maintenance cost depends on the actual model, service interval, tires, brake usage, coolant, consumables, and manufacturer schedule.
Therefore, when comparing specific cars, it would be more accurate to calculate maintenance based on the manufacturer’s official service schedules.
Battery replacement should also not be automatically added to the 5-year cost
Another common EV myth is that battery replacement cost must be included in the five-year calculation.
Doing this automatically is also inaccurate.
Battery degradation does occur, but this does not mean that the battery must be replaced as soon as five years are completed. Battery warranty and manufacturer coverage conditions vary from model to model.
Therefore, adding a hypothetical Rs. 3–5 lakh battery replacement cost without identifying the specific EV and manufacturer warranty would be misleading.
So, is a 60kWh EV cheaper than a petrol car?
In terms of running costs—under our assumptions, yes.
Over a period of 75,000 km:
- EV electricity cost: ~Rs. 1.02 lakh
- Petrol fuel cost: ~Rs. 5.77 lakh
- Difference: ~Rs. 4.75 lakh
- EV energy cost: ~Rs. 1.35/km
- Petrol fuel cost: ~Rs. 7.69/km
But these numbers are not sufficient for a final purchasing decision.
If the purchase price of an EV is Rs. 4–5 lakh more than its petrol equivalent, energy savings will take time to recover the difference. Insurance, financing costs, depreciation, tires, servicing, and resale value will also affect the total ownership cost.
What’s Better for a Buyer with 15,000 km Annual Driving?
If you drive around 15,000 km a year and can charge the EV at home, the running-cost advantage of an EV can be significant.
But if annual driving is very low, such as 5,000–7,000 km, the higher fuel cost of a petrol car will accumulate comparatively slowly. In such a case, the higher EV purchase price may take longer to recover.
Conversely, EV economics can be stronger for high-mileage users.
Auto India Daily Verdict
The most important takeaway from the 60kWh EV vs 1.5 Turbo Petrol comparison is simple: the EV’s biggest financial advantage is its lower energy cost, but actual savings depend on charging tariffs and usage patterns.
In our controlled 5-year calculation, assuming 75,000 km of driving and home charging, the electricity cost of a 60kWh EV comes to approximately Rs. 1.02 lakh, compared with around Rs. 5.77 lakh fuel cost for the assumed 1.5 turbo-petrol car.
This gives the EV an energy-cost advantage of approximately Rs. 4.75 lakh.
But this should not be mistaken for total ownership savings. The actual 5-year TCO will be arrived at after adding purchase price, insurance, servicing, tyres, depreciation, financing and charging infrastructure.
Next step of the series: In this 60kWh EV vs 1.5 Turbo Petrol comparison we will calculate the actual 5-year Total Cost of Ownership (TCO) by adding purchase price + insurance + servicing + tires + energy/fuel + depreciation.
Also Read: 5 Things You Must Check Before Buying an Electric Scooter
AID Editorial Desk covers the latest automotive news, car and bike launches, EVs, technology, buying guides and motorsport for Auto India Daily.