Energy needed for elecation gain when going uphill is independent of speed (to first order, losses in drivetrain are probably a bit higher when driving with higher power).
Available max and continuous torque of electric vehicles isn't necessarily that high compared to ICE vehicles, whats really different is that torque is available instantly and from near 0 RPM and the motor reacts more or less "instantly".
BTW, combining "miles" and "kWh" is strange, shouldn't that be pound*mile²/h ?
Available max and continuous torque of electric vehicles isn't necessarily that high compared to ICE vehicles, whats really different is that torque is available instantly and from near 0 RPM and the motor reacts more or less "instantly".
BTW, combining "miles" and "kWh" is strange, shouldn't that be pound*mile²/h ?