|Chorus Meshcon - Power||x|
Chorus motors offer 10 times the overload torque of a traditional AC induction drive.
Your vehicle, of whatever size, can have remarkable torque in a compact package.
|Chorus Meshcon - Stamina||x|
Chorus motors are based on AC induction technology. Unlike Permanent Magnet machines, their performance is not significantly constrained by overheating.
They don't need another engine for increased load.
|Chorus Meshcon - Cost||x|
Chorus motors don't use rare earths and can be manufactured by your existing suppliers under license.
Your costs can be lower and more predictable.
|Chorus Meshcon - Simplicity||x|
|Permanent Magnet - Stamina||x|
PM Machines overheat at highway speeds. Under increased load they require internal combustion engines to pitch in.
|Permanent Magnet - Cost||x|
PM Machines require rare earths which are costly and have sourcing risks. This White Paper documents these risks related to Neodymium.
|Permanent Magnet - Simplicity||x|
PM Machines can't be used for series hybrids, as they require cumbersome drivetrains, transmissions, and cooling systems.
|AC Induction - Power||x|
Conventional AC induction machines can either be small, or powerful. Chorus can be both.
|AC Induction - Simplicity||x|
Conventional AC induction machines require complicated gearing to reduce motor size.
|Other Technologies - Simplicity||x|
Other technologies often require serious engineering compromises, making for more complex systems.
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