Running a 36v hub motor with a 48v battery is a proven way to increase top speed (subject of course to legal restrictions, controller limitations etc).
With a 36v mid-drive motor wound to be at peak efficiency at (say) 100rpm, what benefits does running with a 48v battery give? Presumably max speed of the crank potentially goes up by up to 33%. My legs don't like to spin at 133rpm!
I understand that for the same power, you will be using a lower current which potentially has benefits if you are close to the design limit for current with a 36v battery.
But are there any benefits if using a high quality large capacity 36V battery which is capable of supplying all the power you need as a rider?
With a 36v mid-drive motor wound to be at peak efficiency at (say) 100rpm, what benefits does running with a 48v battery give? Presumably max speed of the crank potentially goes up by up to 33%. My legs don't like to spin at 133rpm!
I understand that for the same power, you will be using a lower current which potentially has benefits if you are close to the design limit for current with a 36v battery.
But are there any benefits if using a high quality large capacity 36V battery which is capable of supplying all the power you need as a rider?