Using a 24V 250W DC motor with a 29V 58Ah lithium-ion rechargeable battery may not be ideal or recommended. The motor and battery should have compatible voltage ratings to ensure proper functioning and avoid potential damage to the motor or other electrical components. In this case, the motor's voltage requirement (24V) is lower than the battery's voltage (29V), which could cause issues or result in the motor not running optimally.
Additionally, it's important to consider other factors such as the motor controller and electrical connections, which should also be compatible with the motor and battery specifications.
Regarding the runtime of the bike at a fully charged state, determining the exact duration is challenging as it depends on various factors, including the efficiency of the motor, the terrain, the weight of the rider, and the speed at which the bike is being operated. Generally, higher power consumption (such as riding at high speeds or on hilly terrain) will drain the battery faster, while riding at lower speeds or on flat ground may provide longer runtime.
To estimate the approximate runtime, you can divide the battery's capacity (58Ah) by the power consumption of the motor (250W). However, this calculation assumes ideal conditions and may not be entirely accurate due to factors mentioned earlier.