Table of Contents
- 1 What are good batteries, and what are not?
- 2 Understand the different types of electric skateboarding batteries
- 3 Technology and the capacity of the electric skateboard batteries
- 4 How to take care of the Electric Skateboard Batteries?
- 5 FAQs
But if you aren’t building the battery or tinkering with one, then this article can guide you with its functionality, maintenance routine, and other nitty-gritty details. Find out more about Electric Skateboard Batteries and don’t forget to take good care of them. Here’s some information that will give you a better idea of what you are investing in when it comes to electric Skateboard Batteries.
What are good batteries, and what are not?
The Electric Skateboard Batteries have a significant impact on the performance of the skateboard and can affect movements such as speed, torque, durability, life cycle, flow, and safety. The qualities of the pack of batteries also affect the voltage sag. Are you wondering what the voltage sag is all about?
Voltage sag is the slight dip in performance that results from excessive stress on the batteries. The batteries get drained out rapidly leading to a drastic drop in the levels of speed and torque. Voltage sag is the inherent nature of every cell.
A suitable battery pack of stronger and better quality can bar the impact of the voltage sag and maintain topnotch performance. Focus on the voltage sag while purchasing Electric Skateboard Batteries as it can make or break your skateboarding experience and performance (1).
Take note of the battery specifications
If you are seeking to improve your battery literacy and become an expert overnight, here are a few terms that you need to remember:
The current which the battery provides and the essential factor for top velocity.
The torque which the board provides and which is responsible for the efficiency and range of the battery. The Industry Standard for voltage is 36V. The skateboard will not provide sufficient torque if the voltage is too low. If the voltage exceeds the standard, then the motor will fail to work. Continuous discharge current: This factor is the current which the battery gives without getting overheated. The excellent and robust battery pack is valued at a minimum of 30A continuous discharge current.
Ampere Hours (Ah)
Ampere Hours refers to the amount of charge which the batteries carry. This value affects the range of the cells.
This factor refers to the power which the battery can generate in an hour. It is the total size of the cell, and it is indicative of the range.
Understand the different types of electric skateboarding batteries
The three types of electric skateboarding batteries include LiPo, LiFePo, and Li-ion batteries. Among these types, LiPo is the popular choice, whereas Li-ion is widely used: LiPo batteries are inexpensive and possess a low voltage sag value. However, their safety quotient is not so high, and might even get ignited if handled without care.
It is mandatory to drain out the batteries to a particular value of charge for storage. The battery longevity is low as well, in comparison to the other two types. Almost every skateboarder uses Li-ion because of its user-friendly orientation, high longevity, and robust safety features (2).
Of the two types of Li-ion cells, the one marked with 18650 is more prevalent among skateboarding fanatics. LiFePo4 is brand-new and highly advanced in safety and powerful features. However, this battery is expensive, and there are only a handful of companies that deal with this battery pack.
Technology and the capacity of the electric skateboard batteries
Proper maintenance of the skateboard and battery pack is the key to the extension of the capacity of the electric skateboard batteries. If maintained and handled with care, then even a Lithium-ion battery can extend up to300-1000 cycles before it touches about 80% of its capacity. This capacity implies that with daily use of the electric skateboard, the battery life will last for almost 2-3 years. The most crucial life factor is the number of cycles which the battery can take without any drop in its capacity. Additionally, the rechargeable Li-ion battery pack has a limit on its span and continuously loses its capacity.
Here are a few tips to lengthen the lifetime and maximize the capacity of the Li-ion battery pack and thereby make the best use of the technology. Make sure that the batteries are always kept at room temperature which should not exceed 20-25 degree Celsius. Excessive heat is ruinous for the life cycle of Li-ion batteries. Go on a skateboarding tour periodically. Seldom or rare use of the electric skateboard will reduce the life cycle of the batteries.
The skateboard will eventually turn into a manual board until you install a new battery pack. Recharge the electric skateboard batteries before they get discharged to 0%. Smaller the amount of discharge, longer will be the life span of the battery. Discharge the Li-ion battery pack to an optimum level of 40% if you are seeking to store it for an extended period. You can place the battery in the refrigerator (not in the freezer) too and recharge it in every 5-6 months up to about 40-50% level.
How to take care of the Electric Skateboard Batteries?
Taking care of the Electric Skateboard Batteries and following the maintenance routine is not complicated but highly critical. Here are a few do’s and don’t’s that you need to adhere to and the Electric Skateboard Batteries will thank you.
Charge the battery to its maximum before using it for the first time. Calibrate the control with the fuel gauge for a smooth and effortless skateboarding experience. It is essential to charge up and discharge the Electric Skateboard Batteries in the first five to seven cycles. This maintenance helps to accelerate the calibration process and enable the skateboard to run on the full range of the batteries.
Even if your battery is only partially discharged after a ride, it is necessary to charge it to the fullest after every ride in order to have the best experience and the fastest ride. You can keep the battery on the charger for specific brands of electric Skateboard Batteries. This permits the Battery Management System to maintain the balance of the pack and increase its life as well. Clean the battery with a moist and soft cloth and make sure that there is no moisture, rust, or damage in the connectors.
Never bring the Electric Skateboard Batteries in contact with water. Avoid exposing the connectors while riding. Do not short, puncture, overheat, or open the battery. Do not remove the connector or ride with the connector detached from the battery.
Can electronic skateboards be used once the battery runs dry?
When the batteries run dry, the Electric Skateboard turns into a regular non-electric Skateboard that will still run but now you will have to put in more effort to make your moves. However, it will always be fun for you, and it can be propelled in any direction with ease.
Is it easy to make a DIY electric skateboards at home?
Most skateboarders with many years of experience out there prefer to build the skateboard instead of buying it, but with the new wave of electric skateboards, there is a larger crowd going in to buy them instead (3).
This helps later on when any kind of malfunctions start to occur. Of course, the best ones are made by professionals.
- Brady Dale, Considering An Electric Skateboard? We Tried Acton’s Blink Series in NYC, retrieved from https://observer.com/2017/08/acton-blink-electric-skateboard/
- Quora, What is the best electric skateboard? retrieved from https://www.quora.com/What-is-the-best-electric-skateboard
- Kirs, How to Build an Electric Longboard, retrieved from https://blogs.umass.edu/Techbytes/2016/11/08/how-to-build-an-electric-longboard/