Physics Model Term 2026
REAL ELECTRIC RANGE OUTCOME
Confront manufacturer WLTP specifications with real aerodynamic drag and thermal loads to completely eliminate range anxiety.
PHYSICAL EFFICIENCY ASSESSMENTElectric Range Diagnostic
ESTIMATED REAL RANGE
263km
WHERE ARE YOU GOING? (TARGET DISTANCE)
FEASIBILITY VERDICT
Passable but tight
To Monitor
COLLAPSE VS MANUFACTURER-104 km | -28%
QUICK FIXES (RECLAIM RANGE)
PREMIUM RECOMMENDATION
Critical factor: cruising speed
Acumvio Advice: By limiting your speed to 90 km/h, you recover approximately 66 km of estimated real range and instantly improve your safety margin.
💡Estimated overcost: +1.86 € / 100 km compared to standard smooth driving.
1. ENERGY PROFILE
Battery capacity and baseline constructor efficiency.
60 kWh
15.7 kWh/100km
State of Health (SoH)
96 %Chemical degradation reduces the maximum energy available to harvest.
Calculated available net capacity: 57.6 kWh (4% degradation)
2. CLIMATE & PAYLOAD STRESSORS
Aero resistive loads and thermal management system power draws.
10°C
-10°C (Ice / Heating)20°C (Optimal)40°C (AC Cooling)
0 passengers
Estimated mechanical weight contribution: +0% mass (0 kg)
Roof Box cargo installed
Increases drag resistance (+15% baseline consumption impact)
RANGE BENCHMARKS
Impact of Aerodynamic friction on range (km)Real Range
90 km/h329 km
110 km/h263 km
130 km/h212 km