EvoDrive consolidates the three primary components of the powertrain system: motion, control, and torque converter, offering exceptional performance, a compact footprint, and lightweight design, all while achieving a remarkable power density.
Axial Flux Motor
Higher torque density – when compared to regular radial flux motors.
Improved power to weight ratio - ideal for EV applications.
Better cooling - from the windings having greater air movement over the coils.
Excessive heat eliminated - since the axial flux motors do not have end turns.
Ideal shape - for manufacturing and affordability.
Highest power density
Silicon carbide (SiC) MOSFETs have a critical breakdown strength that is 10x greater than silicon.
Operate at much higher temperatures than silicon, providing a higher current density.
Reduce switching losses and support higher switching frequencies.
Handles higher voltage and power requirements while still saving space.
Extremely rugged and durable MOSFETs.
Light Planetary reducer
High efficiency – transmission efficiency up to 97% due to the low loss of power from a planetary gear train.
High torque - with a small volume, the planetary reducer can withstand higher torques than other reducers.
Cost savings - with a planetary reducer, the application can use a motor with a low power, greatly reducing the overall cost of the configuration.
Low noise - even large planetary gears have very low noise levels during operation.
