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Listing electric cars available in India as of June 2025, detailing their battery capacities, DC fast charging specifications, and estimated full charging times using a 30 kW DC fast charger:
Car Name Battery Capacity DC Fast Charging Speed Estimated Full Charge Time @30 kW DCTata Harrier EV 65 kWh / 75 kWh 120 kW; 0–80% in 25 min ~2.2–2.5 hours
Mahindra XEV 9e 59 kWh / 79 kWh 180 kW; 20–80% in 20 min ~2.0–2.6 hours
Tata Punch EV 25 kWh / 35 kWh 50 kW; 10–80% in 56 min ~0.8–1.2 hours
Tata Tiago EV 24 kWh 25 kW; 10–80% in 58 min ~0.8 hours
Tata Tigor EV 26 kWh 25 kW; 10–80% in 60 min ~0.9 hours
Tata Curvv EV 45 kWh / 55 kWh 60–70 kW; 10–80% in 40 min ~1.5–1.8 hours
Mahindra XUV400 EV 34.5 kWh / 39.4 kWh 50 kW; 0–80% in 50 min ~1.2–1.3 hours
BYD Atto 3 60.5 kWh 89 kW; 32–256 km in 36 min ~2.0 hours
BYD e6 71.7 kWh 60 kW; 0–100% in 90 min ~2.4 hours
Kia EV6 77.4 kWh 350 kW; 10–80% in 18 min ~2.6 hours
Hyundai Ioniq 5 72.6 kWh 350 kW; 10–80% in 18 min ~2.4 hours
Mercedes-Benz EQS 107.8 kWh 207 kW; 10–80% in 28 min ~3.6 hours
Note: Charging times are approximate and can vary based on factors such as battery state of charge, ambient temperature, and charger efficiency.
Charging Time of EVs
Welcome to Mansavi Supercharge Point, your trusted 24×7 EV charging partner For a Green Future. This single-page guide explains how long different electric vehicles typically take to charge, what affects charging time, and how to plan your stops smartly.
Charging time depends mainly on battery size, charger power, and your starting state of charge. Faster DC chargers can add hundreds of kilometers of range in under an hour, while slower AC chargers are ideal for overnight top-ups. Use the information below to compare typical charging scenarios and choose the best option for your journey.
Key Time Factors
Battery capacity, charger power (kW), starting charge level, and temperature all influence how quickly your EV can safely accept energy.
AC vs DC Charging
AC chargers are perfect for long parking stays, while DC fast chargers dramatically cut charging time during road trips and busy days.
Smart Charge Planning
Plan short, efficient top-ups instead of full 0–100% charges to reduce waiting time and keep your battery healthier over the long term.
Small City EV (30–40 kWh)
Ideal for daily commuting. A full charge on a standard AC charger usually covers a full day of city driving, while DC fast charging quickly tops you up on busy days.
AC: 4–6 hrs | DC: 30–45 min
Mid-Size EV (50–60 kWh)
Popular family and fleet vehicles. Overnight AC charging works well, and a short DC session during a break can add significant highway range.
AC: 6–8 hrs | DC: 40–60 min
Long-Range EV (70–90 kWh)
Built for long trips. These larger batteries take longer to fully charge, but fast chargers can still add hundreds of kilometers in under an hour.
AC: 8–12 hrs | DC: 45–75 min
Why does charging slow down after 80%?
Most EVs reduce charging speed above roughly 70–80% to protect the battery and extend its life. This is why it is often faster to charge from 20% to 80% than from 80% to 100%. For long trips, several short top-ups are usually more time-efficient than one full charge.
How can I minimize my charging time?
Arrive with a lower state of charge, use DC fast chargers when you are in a hurry, and unplug around 80% if you do not need a full battery. Preconditioning your battery before fast charging, when supported by your car, can also improve charging speed.
Is frequent fast charging bad for my battery?
Modern EVs are designed to handle regular DC fast charging, but a mix of AC and DC is healthiest over the long term. Use fast charging when you need quick turnarounds and rely on slower AC charging at home or work whenever possible.
What are your operating hours and contact details?
Mansavi Supercharge Point is open 24×7. You can reach us at +91 99904 14014 or email mansavi.scp@gmail.com. Our team is always ready to help you choose the best charger and estimate your expected charging time.