Just make sure you're not driving the motor's supply to too high a voltage. Generally, you won't and often actually can't have this problem. The only way you might get into trouble is if there's not a proper charge controller with over-voltage protection between the charging system and the motor _and_ you're charging the batteries up to 'full.'
Note: it's really the same problem if you don't have a good controller charging the batteries even _without_ the motor. Charge applied to a 'full' battery can overcharge and damage the cells. The charge controller/balancer makes sure your cells don't get overcharged. That's one of it's jobs.
As an example: On MinnKota 12V trolling motors, the Max voltage allowed is 13.6V This is actually lower than the 14+ volts some chargers will apply to fast charge a 12V battery. This would be a problem. IDK the max allowable for _your_ motor, but if you're charging with potentially more power than the motor can draw, you can end up significantly higher than the nominal 48V. Just make sure your motor is cool with whatever might happen worst case...
On Thursday, September 28, 2023 at 01:24:47 AM CDT, Thierry <thierry.lequeu@gmail.com> wrote:
Just to clarify: you can!
There's no problem charging the battery and using the motor at the same time.
The only risk I see is that if the motor is regenerated (charged via the motor) and via a charger, the battery voltage may rise without "control", and even then... the charger will stop, and if the motor's speed controller is properly adjusted, regeneration will stop too!
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