The transition to electric mobility is happening quickly. We believe customers should have access to simple, transparent and useful information before making EV decisions.
An Electric Vehicle uses one or more electric motors powered by electricity stored in a high-voltage battery rather than relying primarily on an internal-combustion engine.
Electricity is stored in a battery and delivered to an electric motor. The motor converts electrical energy into kinetic movement, allowing the vehicle to travel without a conventional petrol or diesel engine.
Hybrid vehicles combine an internal-combustion engine with an electric motor and battery system, capturing wasted deceleration energy to assist acceleration or allow brief electric drive.
Practical comparisons covering running cost, fueling, maintenance, torque, range, and environmental impact.
| Comparison Parameter | Electric Vehicle (EV) | Petrol Vehicle | Diesel Vehicle |
|---|---|---|---|
| Running Cost | ₹ 1.20 - ₹ 1.80 / km | ₹ 7.50 - ₹ 9.50 / km | ₹ 6.50 - ₹ 8.50 / km |
| Charging / Fuelling Time | 20-30 min (Fast DC) / Overnight (Home) | 5-10 minutes at station | 5-10 minutes at station |
| Maintenance Requirements | 65% Lower (no motor oil, spark plugs, clutch) | Regular spark plugs, filters, engine oil | High (DPF, turbochargers, urea DEF) |
| Performance & Torque | Instant 100% torque from 0 RPM, silent | Linear curve with high RPM required | Strong low-end torque, diesel vibration |
| Driving Range | 320 km - 580 km per charge | 500 km - 700 km per tank | 700 km - 950 km per tank |
| Environmental Impact | Zero Tailpipe Emissions | Carbon dioxide, carbon monoxide, smog | Nitrogen oxides (NOx) & particulate soot |
| 5-Year Ownership Economy | Massive cumulative savings on fuel | High recurring fuel expenditure | Subject to 10-year scrappage laws |
The cost of mobility is changing. Use our interactive calculator to compare fuel costs against electric charging based on your actual monthly travel.
Verified specifications for latest passenger and commercial electric vehicles in India. Compare battery capacities, real-world driving ranges, DC fast charging, and calculate savings.
Real-time mobility developments curated strictly for electric vehicles, ultra-fast charging corridors, battery innovations, and national fleet transition.
India maintained a higher Battery Electric Vehicle (BEV) sales proportion than the United States for six consecutive months, underscoring unprecedented domestic transition toward electric mobility.
Dual-gun DC fast charging stations are being established along arterial expressways, reducing long-distance intercity charging stopovers to under 30 minutes with real-time bay booking.
Honda has locked in the debut of its dedicated production electric SUV built on the global 0 Series architecture, manufactured at its Rajasthan plant for both domestic adoption and export.
Hyundai is readying a high-volume compact electric SUV with extended range, intelligent energy recuperation, and connected telematics designed specifically for Indian urban driving.
Global green capital commitments fuel nationwide expansion of electric intercity passenger buses and depot charging grids, slashing commercial transport emissions by over 60%.
Advanced solid electrolyte and modified LFP battery chemistries eliminate thermal runaway hazards while supporting 12-minute ultra-fast charging thresholds under extreme heat.
Enhanced capital outlay under the PM E-DRIVE framework incentivizes ultra-fast charging points at high-density commercial hubs, truck freight rest stops, and highway interchanges.
Volvo introduces its luxury electric SUV in India, featuring high-voltage architecture, Level 3 hardware readiness, and Vehicle-to-Grid (V2G) reverse energy feed capabilities.