AudiBEV
S e-tron GT
670 ch · 105 kWh · 2025
Trip mapped at a glance. Charging stops visible, total duration predictable. Caralogy simulation at 130 km/h.
| Measure | S e-tron GT | Han EV AWD 380kW | Gap |
|---|---|---|---|
| Total time | 7h13 | 7h45 | 32 min · S e-tron GT |
| Charging stops | 1 stop | 2 stops | 1 stop · S e-tron GT |
| Cost of energy used | 49.45 € | 60.34 € | 10.89 € · S e-tron GT |
Both vehicles drove at 130 km/h for the entire trip. The gap is built at the stops: 1 stop of 12 min for the S e-tron GT versus 2 stops totalling 44 min for the Han EV AWD 380kW.
The official WLTP figures (15,9 kWh/100km for S e-tron GT and 18,0 kWh/100km for Han EV AWD 380kW) are measured on a mixed cycle averaging ~46 km/h. At a steady 130 km/h, aerodynamic drag weighs much more heavily - it grows with the square of speed. Caralogy calculates a motorway consumption specific to each vehicle based on its aerodynamic profile (SCx), weight and power curve - not a uniform correction factor. For this trip, the simulation yields 18,8 kWh/100km (S e-tron GT) and 19,4 kWh/100km (Han EV AWD 380kW). Full methodology: see the assumptions below the controls.
During the 12 minutes of charging for the S e-tron GT, range recovers by 301 km. During the 44 cumulative minutes for the Han EV AWD 380kW, range recovers by 420 km. Per minute: the S e-tron GT recovers 2,6× faster. At this rate, the charging stop blends into the trip rhythm - just enough time for a coffee. At a lower rate, it dictates the pace.
A BMW 530i (equivalent segment) consumes about 8,0 L/100km on the motorway at 130 km/h. At 1,9 €/L, this Paris → Marseille trip would cost ~115 €. That is 2,3× the electric cost of the S e-tron GT and 1,9× that of the Han EV AWD 380kW. The gap narrows in winter but never reverses.
| Segment | Energy used | Distance | Consumption | €/km | Cost (€) |
|---|---|---|---|---|---|
| Paris → Valence, A7 | initial energy charged at home · 0.20 €/kWh | 504 km | 95 kWh consumed | 0.038 €/km | 18.91 € |
| Valence, A7 → Marseille | energy charged at Ionity 283 kW · 0.60 €/kWh | 271 km | 51 kWh consumed | 0.113 €/km | 30.54 € |
| Trip total | 49.45 € |
| Segment | Energy used | Distance | Consumption | €/km | Cost (€) |
|---|---|---|---|---|---|
| Paris → Limonest, A6 | initial energy charged at home · 0.20 €/kWh | 385 km | 75 kWh consumed | 0.039 €/km | 14.95 € |
| Limonest, A6 → Valence, A7 | energy charged at Ionity 117 kW · 0.60 €/kWh | 171 km | 33 kWh consumed | 0.116 €/km | 19.92 € |
| Valence, A7 → Marseille | energy charged at Ionity 107 kW · 0.60 €/kWh | 219 km | 42 kWh consumed | 0.116 €/km | 25.47 € |
| Trip total | 60.34 € |
| Charging stop duration | Audi S e-tron GT | BYD Han EV AWD 380kW |
|---|---|---|
| 5 minutes | ~99 km | - |
| 10 minutes | ~199 km | - |
| 20 minutes | ~398 km | - |
| Full session 10 → 80 % | ~392 km · 21 min | - |
Replace one of the two with an alternative from the same segment
670 ch · 105 kWh · 2025
517 ch · 83 kWh · 2022
The advantage comes from the combo real range + charging speed. On Paris → Marseille (775 km at 130 km/h), the S e-tron GT arrives in 7h13 with 1 charging stop.
WLTP consumption does not reflect motorway reality. Aerodynamic drag grows with the square of speed, so real consumption is 15 to 25 % higher than WLTP combined. Caralogy calculates a highway consumption specific to each vehicle based on its aerodynamic profile (SCx), weight and power curve.
Total time = driving time + charging time. Driving time is calculated at an average speed of 130 km/h on the motorway (adjustable). Charging time is calculated based on the real power curve of each vehicle, respecting the optimal 10 → 80 % range and the maximum power accepted by the chargers on the route.
No. The displayed cost covers only the energy consumed during the trip: kWh × energy rate, with a mix of home charging and DC fast chargers. Battery wear is a long-term ownership cost, not a trip cost.
Electric: 49,45 € (S e-tron GT) and 60,34 € (Han EV AWD 380kW). An equivalent BMW 530i (~8,0 L/100 km) would cost about 115 € in motorway fuel. Electric costs less in energy but adds charging stops.