Enter your EV’s claimed ARAI or WLTP range to estimate what you’ll actually get on Indian roads. Real-world range depends heavily on driving conditions and AC usage.
As per ARAI or WLTP rating on the spec sheet
Where you’ll mostly drive
Indian summers hit AC usage hard
Estimated Real-World Range
—
Frequently Asked Questions
Why is real-world EV range lower than the claimed ARAI range?
ARAI figures are measured under controlled lab conditions with no AC, steady speeds, and an ideal driving cycle. Real Indian traffic, AC load, and stop-and-go driving typically cut range by 20 to 30 percent.
Does highway driving reduce EV range more than city driving?
Yes, often. Unlike petrol cars, EVs lose more efficiency at sustained high speed due to aerodynamic drag, while city driving benefits from regenerative braking during frequent stops.
How much does AC usage affect EV range?
Heavy AC use in extreme summer heat can reduce range by 10 to 15 percent, since the compressor draws directly from the battery instead of engine waste heat like in petrol cars.
Is this estimate accurate for my exact car?
This is a general estimate based on typical real-world degradation patterns. Actual range varies by vehicle, battery health, tyre pressure, payload, and driving style.
Does cold weather also reduce EV range?
Yes. Cold temperatures slow the battery’s chemical reactions and often require cabin heating, which can cut range by 15 to 20 percent in winter, though this matters less in most of India than summer heat.
How can I maximize my EV’s real-world range?
Drive smoothly, avoid hard acceleration, use eco mode, keep tyres properly inflated, precondition the cabin while plugged in, and rely on regenerative braking in stop-and-go traffic.
Read Next
→ EV vs Petrol Cost Calculator→ EV Subsidy Finder (India)→ EV Buying Guide