Voeep V8 Electric Skateboard Battery: What You Need to Know

Abandoned batteries usually cause the motherboard to fail after a year or two, but fortunately battery maintenance is very easy and easy, so let’s continue. In this article, Voeep engineers answer the most frequently asked questions about Voeep V8 electric skateboard batteries.

How is an Voeep battery different from a traditional battery?

First of all, our board uses lithium-ion batteries for several reasons. Due to their high energy density, they can get more electricity in less space and are converted to board power while maintaining the slim profile of the electronic board and the look of a real skateboard. This is one of the reasons why the Voeeps board is the best electric scooter on the market. It requires less maintenance than other types of batteries and does not require a scheduled cycle. They have no memory effect and always have a slow self-discharge rate to guarantee full performance. Small lithium batteries can also be easily assembled into the configurations required for our plates that determine the total voltage and current output of the battery.

The board itself has a battery management system or BMS. The main mission of BMS is to protect the battery from overcharging and over discharging. It also calculates the remaining charge, monitors the battery temperature, and protects the board from voltage spikes to internal short circuits. Basically, this little technique protects the battery and does everything it can to protect the battery from many things that can be wrong.

Find a Voeep dealer: take a look at our Electric Skateboards Near Me page

How to store a Voeep V8 electric skateboard?

The first important thing is long-term storage. If you do not plan to use the board for weeks or months, you need to charge 30-50%. Since self-discharge is about 1 to 2% per month, it is recommended to check once every 6 to 8 weeks to maintain the optimum range.

WHERE, which stores sequences, is important both in the long and short term. Lithium batteries do not work well in very hot or cold conditions. The optimum temperature for storing lithium batteries is 50 degrees Fahrenheit, but most room temperatures are fine. The main advice is to avoid overheating, such as in a cold garage in the winter or in a car on a hot day. We also recommend that you store it in a dry and well-ventilated place.

Temperature also affects the capacity and power output of the battery, so if you put the board in a cool room and start riding, it will perform worse than it was when it was first warm and the battery will stay warm for a long time. .. Every time. Useful life. .. Of course, if you ice skate in the middle of winter, the ambient temperature will cool your body and reduce performance, but don’t be too stressed as the performance will improve and the warm spring weather will return.

Here are some common tips on the Internet: “Don’t charge the board immediately after riding because you don’t want to charge the hot battery. Fortunately, the BMS has a temperature sensor and will not start charging until the battery reaches a safe temperature. Visit: Machine learning

When do I need to fully load the table?

Should I carry a car when the table is 80% full for a short trip, or should I leave it for my next trip? It’s okay to charge 100%, so it’s recommended to charge for maximum battery and maximum performance the next time you drive.

For charging, BMS reads the cell voltage and informs the charger when to stop charging. You don’t have to sit and wait for this lamp to turn green to save battery. It is recommended to unplug the next day so that the cell will spontaneously discharge at a rate of 1% per month without turning on the charger again for charging.

In some cases, it is advisable to boot the board and turn off the board to allow the cell to complete a full charge cycle. Lithium batteries do not have memory, so there is no problem with the overall condition of the battery. This is a function that BMS can read the charge status of the battery, and basically it can accurately read the percentage of the battery from 100% to 0%.

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