What Battery Do I Need For A 48V 1500W Motor

Rear Rack 48v 30ah Lithium Ion Battery Pack For Electric Bike Motor

What Battery Do I Need For A 48V 1500W Motor. Web a 48 volt motor running at 1500 watts will draw about 30 amps. For a 48v 1000w motor, you will need a battery that can provide at least 48v and 1000w.

Rear Rack 48v 30ah Lithium Ion Battery Pack For Electric Bike Motor
Rear Rack 48v 30ah Lithium Ion Battery Pack For Electric Bike Motor

Consider adding a second battery in parallel, this will. Web what battery do i need for a 48v 1000w motor? Web up to 5% cash back 1500w motor and removable lithium battery our electric mountain bike with 1500w motor, strong driving force, long endurance and. For a 48v 1000w motor, you will need a battery that can provide at least 48v and 1000w. Web for your battery pack; Batteries are not rated by wattage. Web 48v 20.8ah rear rack ebike battery for 1500w motor electric bike lithium battery. Web if you wanted to create a 330ah battery bank at 12v or 48v, you would need 3 and 12 batteries respectively: Web a battery with a 1600 mah rating will provide 1 ma for close to 1600 hours, however, it will not provide 1.6a for a full hour. I recommend getting a pack capable of at least 35a continuous @ 52v.

You might use the money and extra. I recommend getting a pack capable of at least 35a continuous @ 52v. Consider adding a second battery in parallel, this will. You might use the money and extra. A 48 volt 1000 watt hour battery will be dead flat after about 40 minutes. Web for your battery pack; Web they make 1000 watt 48 volt motors, so an increase beyond 1000 watts is possible, but for most users 32 mph with 1000 watts is fast enough. 12v = 330 / 110 = 3 batteries 48v = 330 / 110 * 4 = 12 batteries tell. Web the switch provided in the battery case is rated for ac applications only and can't handle large currents for dc applications, thus making it a potential bottleneck for the current. Web a bldc motor with a 80% efficiency functional point and an output power of 200w (speed in rad/s times torque in n.m) will drive 200/0,8=250w electrical power. Or should i be going for something a little bigger, like 52v (assuming it's not an issue for the controller)?