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DCC Bridge
Anonymous1779627845
05-24 13:13
Model Name
electric motor 3d model
Tags
machine
rendering
realistic
Prompt
Voltage Mismatch: A 24V BLDC motor running under load pulls heavy current (approx. 10 Amps) and will drop the battery voltage, while your dynamo puts out up to 36V. A DC-DC charger is essential to safely buck/step-down the 36V input into a stable ~24V-28V charge, otherwise the motor will draw excess power or the battery will fail to charge while driving.Charging vs. Running Balance: A 250W dynamo outputs \(\sim250\text{ W}\), but your 24V BLDC motor will also require \(\sim250\text{ W}\) at full throttle. During active riding, the dynamo will essentially provide a "trickle" to slow down the battery drain rather than a full rapid recharge.Charger Setup: You should place the DC-DC charger in parallel with the motor controller. The dynamo connects to the input of the charger, and the output of the charger directly feeds the battery, allowing the battery to output to the motor at the same time it is being charged. make this on a e-bike
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