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52V VS. 48V BATTERIES, WHICH ONE IS BETTER?



This is a common question many ask when they encounter 52v batteries while looking at a 48v ebike conversion motor kit. Can you safely use a 52v battery on a 48v motor? The answer is yes, almost always. Let's take a look at why choosing a 52v battery is a good thing and not a cause for concern.To get more news about 48v VS 52v ebike, you can visit magicyclebike.com official website.

The advantages of 52v batteries:

52v batteries are faster. Increased voltage means increased motor RPM, and your motor will spin more quickly as the voltage increases. If you need a little extra speed or power, you’ve got it.
52v batteries are more powerful. Higher volts translate to higher watts, increasing your power for climbing hills and riding into headwinds.
You get more range if you're not using that extra power for speed. You simply go further before requiring a recharge, and 52v is your best option for a more extended range on one charge.
The advantages of 48v batteries:

It’s a few ounces lighter and not enough to matter. They are both typically the same size.
Cheaper. Sometimes a little, but usually not at all.
It’s necessary for some controllers and motors. However, most of the 48v controllers and motors available today can also use 52v batteries.
Takeaway: It's simple; you get more power and range with a 52v battery than with a 48V battery. With more power for climbing hills, accelerating faster, and more capacity for going farther, 52v batteries have the advantage.

When is a 48v battery required?

Some motors and controllers are indeed rated as 48v, making some people nervous about putting a higher voltage battery on them. Occasionally this concern is valid, and as mentioned above, the motor or controller only works with a 48v battery. However, if the company you are buying it from sells a 52v battery with a 48v motor, that means they know it works, and in our experience, it probably works better.

52v batteries and Electrify Bike Company

We have sold thousands of 52v batteries on 48v motors and have had better results than with 48v batteries. Hence we sell 52v batteries 10 to 1 over 48v batteries. Here is a sampling of the 52v batteries we sell. When paired with a 52v battery, all the motors we sell have all the above advantages.

52v batteries have performance benefits over 48v batteries, and the increased capacity and power allow you to go longer distances faster.

Deeper Dive

The preceding discussion is the simple version of why 52v batteries are a good choice. If you would like to dive a little deeper (but not a lot), keep reading. Does that mean 48v batteries and other batteries are a bad choice? No. The truth is a lot more complicated, and there are reasons engineers design electric bikes with 36v, 48v, 52v, 60v, and 72v batteries. So, if 52v batteries are better than 48v batteries, does it follow that 60v batteries are better than 52v? Once again, no, and the reason is more complicated. 52v batteries hit the sweet spot on several fronts. It turns out that most 48v and 52v controllers have electronic components that max out between 60v and 64v. Higher voltages will burn them out. That is why it is safe for 48v controllers to tolerate voltages up to 60v. 52v batteries have a maximum voltage with a full charge of 58.8v, so this is a safe voltage for the components in a 48v controller. Motors are even more tolerant. They just spin faster, given higher voltages. On the other hand, a 60v battery charges up to 67.2v, which would burn out many of the critical components in a 48v or 52v controller.