ELECTRIC VEHICLE
CALCULATOR 2026

EV running costs per distance in 2026 vary by country: USA: ~$0.04–0.06/mile (vs $0.12–0.18/mile for petrol); UK: ~6–9p/mile (vs 14–18p/mile); Germany: ~€0.06–0.09/km (vs €0.13–0.17/km); Australia: ~A$0.05–0.08/km; India: ~₹1.10–1.60/km. EVs are typically 3–5× cheaper per km than petrol globally. Use our calculator above and select your country for an exact personalised figure.

Charging a typical 60–75 kWh EV from 20% to 80% at home in 2026 costs approximately: USA: $5–8; UK: £9–13; Germany: €12–17; Australia: A$11–16; Canada: CA$5–7; India: ₹280–400. A full charge (0–100%) costs roughly 50–70% more than a typical session. Public DC fast chargers cost 2–3× more than home rates. Use our Charging Cost calculator for your exact battery size and local rate.

Battery-as-a-Service (BaaS) separates the battery from the EV purchase — you buy the car at a lower price and pay a monthly subscription for the battery (typically $80–250/month depending on country and battery size). Benefits: lower upfront cost ($5,000–$15,000 less), no battery degradation risk, and battery replacement included. Available from multiple manufacturers globally in 2026. Our TCO calculator’s BaaS toggle computes whether it’s cheaper for your usage profile over your ownership period.

Real-world EV range in 2026 is typically 75–90% of WLTP or EPA rated range. At highway speeds (130 km/h), expect 70–80% of rated range. In cold weather (below −10°C), range can drop to 60–70% of rated. In warm city driving with regenerative braking, some EVs achieve 90–100% of their WLTP rating. Key factors: speed (biggest impact), temperature, AC/heating, load, and tyre pressure. Our Range Estimator applies all these factors to give you an accurate real-world number.

For 1,500 km/month driving in 2026, estimated monthly savings vs petrol: USA: $120–200/month; UK: £90–160/month; Germany: €110–170/month; Australia: A$110–180/month; India: ₹4,500–7,000/month. Add maintenance savings of $30–80/month (EVs have no oil changes, fewer brake jobs, simpler drivetrains). Annual total savings commonly reach $1,500–$3,000 in most developed markets.

EV charging times in 2026 by charger type (60 kWh battery, 20–80%): Level 1 standard socket (1.4–2.4 kW): 15–22 hours full charge. Level 2 home wallbox (7.4 kW): 4–6 hours (overnight standard). Level 2 fast (22 kW): 1.5–2.5 hours. DC fast charger (50 kW): 40–55 minutes to 80%. DC ultra-fast (150–350 kW): 12–25 minutes to 80% on compatible vehicles. Most EV owners charge at home overnight using a 7.4–11 kW wallbox.

For most drivers doing 12,000–20,000 km/year, EVs reach total cost of ownership parity in 3–6 years in most markets. After that, they are cheaper overall. Key variables: annual mileage (more km = faster payback), electricity vs petrol price gap, and EV purchase premium over comparable petrol car. In Norway (cheap electricity, high fuel tax), payback is under 2 years. In markets with cheap petrol (UAE, Saudi), payback takes longer. Use our TCO calculator with your local prices to see your exact break-even year.

Modern EV batteries in 2026 degrade significantly more slowly than earlier generations: LFP (lithium iron phosphate): ~1.5%/year with good habits — most durable chemistry. NMC Gen 4: ~2%/year — common in mid-range EVs. NCA / older NMC: 2.5–3%/year. After 8 years of good care, most EVs retain 80–88% capacity. Best practices: charge between 20–80% daily, avoid frequent DC fast charging, keep out of extreme heat. Most manufacturers now offer 8-year/160,000 km (100,000 mile) battery warranties globally.