Electric skateboards are becoming increasingly popular, which has increased the number of boards available. As a result, the variations between the different boards may be minor at times. Still, each one of the batteries was created with a specific purpose in mind. Therefore, it’s critical to know the differences between these types of boards before making a purchase.
Once you’ve purchased the board, it’s time to start thinking about accessories. Things like remote controls and safety equipment are commonplace. This article will describe the many types of electric skateboard batteries available on the market. Hence, you make an informed selection when purchasing your board’s battery.
How To Choose The Best Battery For Electric Skateboard
If we’re talking about electric skateboard batteries, there are a few things to keep in mind. First, these begin with the type, then the level of quality and price. Keep these considerations in mind at all times to avoid creating a product that finishes soon or fails to perform as intended.
Voltage(V) is equal to the amount of force a circuit board can produce. Therefore, a higher battery efficiency can show better results.
As far as voltage goes, 36V is considered an industry standard.
There will be an insufficient force on the board if the voltage is lowered.
The motor/ESC will not work correctly if the voltage is too high for it to manage.
The amount of current a battery can produce in one ampere (A). Because of this, the top speed can be affected.
It’s the maximum amount of amperes a battery can deliver without overheating continually. For example, batteries for electric skateboards often need to provide 30A continuous current.
A battery’s capacity is measured in ampere-hours (Ah). It shows the amount of charge that a battery can hold. For example, suppose a battery is discharged in one hour. In that case, the number of amperes it can produce equals the amps it can deliver. (1 Ah is equal to 1000 milliamp hours).
The battery’s capacity is measured in WattHours (Wh = Ah * maximum voltage). Thus, hourly power is the maximum amount of electricity a battery can deliver.
WattHours measures the total capacity of the battery and provides a more accurate picture of its operating range.
Series and Parallel
The battery cells are linked in series or parallel (e.g., 10s1p, 12s2p). Therefore, the Voltage and Amperes Hours are affected by how the cells are connected.
There are various types of batteries for electric skateboards. When it comes to price, sealed lead-acid batteries are the best choice. However, alkaline batteries are still another option, and they are not rechargeable, so you can only use them once.
Lithium batteries are your only option if you’re serious about skateboarding. The fact that they have many recharge cycles goes hand in hand with their small size. Li-ion batteries are preferable over LiPo batteries for electric skateboards because they are more reliable.
Electric skateboards typically use one of three battery types: LiPo, Li-ion, and LiFePo. LiPo is the most common battery used for electric skateboards.
This battery is much cheaper with less voltage sag than other batteries, hence being the most used battery in electric skateboards. However, there are considerable drawbacks to using Li-Po in electric skateboards.
For starters, they’re less secure and can cause a fire if not handled properly, which is something no company hopes to be held responsible for. In addition, these devices aren’t for everyone because they necessitate draining the battery to a specific charge level.
To make matters worse, they have a lower energy density than Li-ion or LiFePo4 batteries with a shorter lifespan. Due to the fixed price of batteries (at least for the time being), some businesses will try to get around the size and pricing issues by switching to Li-Po batteries instead of Li-ion ones.
The Li-Ion battery is the most widely used because of its excellent capacity-to-price ratio. It’s also easier to work with, safer, and has a longer useful life than most other materials. Look for a higher battery range.
For instance, A 5 Ampere-hour Lithium-ion battery for an electric skateboard can go roughly 6 kilometers. However, you’ll travel approximately 18 miles on a 10Ah battery. Of course, there are other considerations, such as the engine, output, and wheels. Battery life is critical, but it isn’t the only factor.
LIPO4 batteries provide the long life and safety of Li-ion batteries. What if you could have the best of both worlds? So what’s the problem?
In terms of disadvantages, there are two major ones. First, they’re expensive to make, for starters, and because of that, not many manufacturers use them. Hence, making it hard to find it in the market.