Vergleichen Sie Netzenergie, Ladezeit und Jahreskosten bei 120 V/12 A und 240 V/16–48 A unter Berücksichtigung von Teillastverlusten des Bordladegeräts, Fahrzeug-Grundlast, Batterieheizung und Ladestrom.
Optimieren Sie das Laden von Lkw bei begrenztem Netzanschluss. Dimensionieren Sie den Batteriepuffer, vergleichen Sie die EDF-Ladeplanung und prüfen Sie den SOC bei jeder Abfahrt sowie die Leistungskosten.
Compare front/rear brake force distribution and series or parallel regen blending. Check axle adhesion, motor and battery limits, and recovered energy over a complete stop.
Estimate MCS truck charging losses, cable and contact temperatures, and charge time with copper self-heating and an adjustable cooling model.
Calculate cycling power, gear inches, cadence, climb time and e-bike range. Compare rider effort, motor torque, cold battery capacity and dated assistance presets.
Estimate EV range and battery consumption from speed, temperature, elevation and vehicle data. Compare steady driving with EPA city and highway cycles.
Compare 11 kW and 22 kW wallboxes, house connection headroom and load management. Check copper feeder voltage drop, entered ampacity and German installation requirements.
Estimate EV charging time, billed energy and cost with charging losses and taper. Compare electric and gasoline running costs using your tariff and driving distance.