Estimate your EV battery's State of Health based on age, mileage, and usage habits.
Estimate based on battery chemistry, age, mileage, and usage profile. Not a direct vehicle diagnostic.
Battery & Vehicle
3 yrs
0 yrs15 yrs
30k km
0 km300k km
40 km
5 km200 km
Charging Habits
Environment
Excellent
Degradation Breakdown
-6.6% total
Calendar aging-5.1%
3 years of age in tropical climate
Charge cycle wear-0.5%
~75 equivalent full cycles from 30k km
Heat exposure-1.0%
Tropical climate adds heat stress year-round
Tips
Park in shade or a covered area when possible to reduce heat-induced degradation.
Your battery is in excellent shape! Keep up the good charging habits.
LFP batteries benefit from an occasional full charge (to 100 %) to help the BMS stay calibrated.
In plain English
Your LFP battery is in excellent shape at 93.4% SoH after 3 years and 30k km with mostly AC home charging. The main driver of degradation is calendar aging (5.1% capacity loss) — 3 years of age in tropical climate.
This is a modelled estimate based on your vehicle's battery chemistry, age, mileage, and usage habits — not a direct reading from your car's battery management system. Results are derived from published EV degradation research and real-world data patterns. Actual state of health may vary.