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The electric two wheelers charging cost in India depends mainly on battery size, electricity tariff and charging losses. For most home charged electric two wheelers, a full charge can cost roughly Rs 15 to Rs 85.
The exact amount changes depending on the model and the city. Usually home electricity rates often fall between Rs 7 and Rs 10 per kWh. For instance a 3.5 kWh electric scooter might use 3.9 kWh from the wall after accounting for charging losses. At Rs 7 per unit this means Rs 27 for a full charge.
Also remember that some electric motorcycles use electricity because their batteries are much larger.
Battery capacity is the place to start when calculating charging costs. It is measured in kilowatt hours or kWh. However the electricity taken from the wall can be more than the battery's stated capacity. Some power is lost while charging.
A simple formula for calculating:
Charging cost = Battery capacity ÷ Charging efficiency × Electricity rate
For example take a motorcycle with a 3.5 kWh battery. If the charging efficiency is 90 percent it will need 3.89 units from the electricity supply.
At Rs 7 per unit the full charge cost would be about Rs 27.22. At Rs 10 per unit the same charge would cost Rs 38.89.
This calculation gives an estimate rather than an exact increase, in the monthly electricity bill. Charging equipment, temperature and battery condition can affect actual consumption.
Ather also uses battery capacity, electricity price and charging efficiency for its charging cost calculation.
Battery size plays an important role in deciding the charging cost of an electric two wheeler. The electric scooters and bikes listed below come with different battery capacities.
| Electric Two Wheeler | Battery Capacity | Estimated Wall Energy | Cost At Rs 7/Unit |
| TVS iQube | 3.5 kWh | 3.89 kWh | Rs 27 |
| Ather Rizta | 2.9 kWh | 3.22 kWh | Rs 23 |
| Oben Rorr EZ | 3.4 kWh | 3.78 kWh | Rs 26 |
| Revolt RV400 | 3.24 kWh | 3.60 kWh | Rs 25 |
Estimated using 90% charging efficiency and Rs 7 per unit.
The TVS iQube uses a 3.5 kWh battery in the variant considered here. Using the same charging efficiency assumption, a full charge would require around 3.89 kWh from the wall.
The Ather Rizta uses a 2.9 kWh battery in the selected version. Its smaller battery means the estimated full charge cost is around Rs 23 at Rs 7 per unit.
The Oben Rorr EZ gets a 3.4 kWh battery. Based on the same calculation, charging it fully would use around 3.78 kWh from the electricity supply.
The Revolt RV400 uses a 3.24 kWh battery. Its estimated wall energy requirement is around 3.60 kWh, resulting in a charging cost of approximately Rs 25.
These figures show that battery capacity directly affects the cost of a full charge. However, buyers should also consider range and energy consumption per kilometre before comparing running costs.
Home charging is usually the most convenient option for electric two wheelers. Many models can use a compatible household socket with the supplied charger.
Ather says its scooters can be charged using home power outlets. The company also notes that charging costs depend on battery size and on the electricity rate. The monthly expense depends on how you charge your electric two wheelers.
Consider a rider who covers 1,000 km every month. If the scooter uses 30 Wh per km the scooter would use 30 kWh each month. At Rs 7 per unit that means about Rs 210 in electricity costs.
Ather uses the 1,000 km example to calculate charging costs for its 450X scooter. The actual number can be higher or lower depending on riding conditions. Traffic, speed, rider weight and weather can influence how energy the scooter uses.
Therefore riders should calculate charging costs using their monthly distance rather than relying only on the scooter’s claimed range.
Electricity prices are not identical across India. Your residential tariff depends on the state, distribution company and consumption slab.
The Central Electricity Authority publishes state wise electricity tariff and billing rate data. Its latest tariff publication shows significant differences between consumer categories and regions.
This means two owners of the same electric bike can have different charging bills.
For example, a 3.5 kWh battery may cost about Rs 27 at Rs 7 per unit. At Rs 10 per unit, the estimated cost rises to about Rs 39.
The difference becomes more noticeable with larger batteries and frequent charging. Riders should therefore check the per unit rate on their electricity bill before estimating ownership costs.
Home charging is not the only option available to EV owners. Public charging networks can be useful during longer trips or when home charging is unavailable.
However, public charging may follow a different pricing structure. Some networks charge based on time, energy consumed or a combination of charges.
For example, Ather Grid currently charges Rs 1.20 per minute plus 18% GST. The company says rates can vary by location or offers.
This makes public charging costs different from a simple home electricity calculation.
For daily commuters, home charging can also reduce the need for frequent public charging stops. This becomes especially useful for riders with predictable daily routes.
A larger battery usually means a higher cost for a complete charge. However, it does not automatically mean higher cost per kilometre.
Range also matters when comparing electric bikes. A larger battery can travel farther between charges, depending on the vehicle's efficiency.
For instance, the TVS iQube ST 5.3 kWh uses more electricity per full charge than the 2.3 kWh version. However, it also offers a higher claimed range.
This is why buyers should compare energy consumption per kilometre, not just the cost of one full charge. A model that costs Rs 40 to charge could still be economical if it covers significantly more distance.
Charging cost is only one part of electric vehicle ownership. Buyers should also consider their daily distance and charging access.
Here are a few points worth checking:
For riders covering short daily distances, a smaller battery may be sufficient. Riders covering longer routes may prefer a larger battery despite the higher full charge cost.
The Bajaj Chetak 3501, TVS iQube and Ather 450X represent different approaches to electric commuting. The Ultraviolette F77 Mach 2 and Ultraviolette X47 Crossover sit much closer to the performance electric motorcycle segment.
The cost of charging an electric bike is generally easier to calculate than petrol expenses. Battery capacity and your electricity rate provide the basic numbers. For a typical 3.5 kWh electric two wheeler, a full home charge may cost around Rs 25 to Rs 40. Larger electric motorcycles can cost considerably more per full charge.
However, the more useful figure for buyers is the cost per kilometre. It combines battery size, efficiency, charging losses and real world range.
Checking these numbers before buying can give a clearer picture of the electric bike's everyday running expenses.
Also Read: Best Electric Motorcycles in India for Long-Distance Touring
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