Estimate remaining range with SOC slider, tyre pressure, and voltage sag at 36 / 48 / 52 V.
36 V sags harder under load than 48 V or 52 V
Lower SOC increases voltage sag and cuts available power
Primary result
Estimated current power: 46 %
| Estimated current power | 46% |
|---|---|
| Consumption | 15.3Wh/km |
| State of charge | 50% |
| Voltage efficiency loss | 7.5% |
| Usable energy | 162Wh |
| Pressure penalty | 0Wh/km |
| Mass penalty | 0.21Wh/km |
| Voltage sag penalty | 1.07Wh/km |
| Nominal voltage | 36V |
| Total mass | 89kg |
Note: SOC slider models the dynamic power curve: P_eff = P_nom × (SOC/100) × voltage efficiency. Sag scales from 0.6× at 100 % SOC to 2× at 20 % — lower voltage packs (36 V) suffer higher % loss per volt dropped.
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