Best Lithium Battery for Electric Scooter Review to Buy
Electric scooters are becoming a more popular mode of transportation, as they are a green option and can save you money on gas. However, electric scooters require batteries, which can weaken and die over time. When this happens, you will need to purchase a new battery. Thankfully, many different types and brands of batteries are available on the market, but knowing which one to choose can take time and effort.
To help you out, I have compiled a list of the three best battery for electric scooters and a specs comparison of these batteries. This article will help you out in choosing from the three top-rated batteries. To make your decision easier, I’ve discussed the features, benefits, and drawbacks that will help you make an informed choice. So, read on and choose the one you feel is best.
Best Rechargeable Lithium Ion Batteries For E Scooter EBikes
We have chosen the 5 best replacement batteries for an electric scooter that can prove a handful for your stock battery replacement. There are few tips to enlighten you about how to increase the lifespan of the battery. Let’s get started with the top rechargeable batteries for electric scooters.
H HAILONG 48v Lithium Battery Ebike Battery With 2A Charger
HAILONG 48v Best Battery For Scooter With 2A Charger
Built-in battery holder Hardened PVC material covering The fast charge cut off Dimensions to fit every scooter
Hailong replacement battery is the best battery for electric scooter that has a near-stock performance battery reputation with an excellent capability to handle the electric scooter. Our extensive testing with these batteries provided a much compelling performance and provided almost the same mileage in our electric scooter on stock battery.
Furthermore, the 48V capacity ensures long-lasting travel. It supports electric scooters ranging from 200W to 1000W without any issues. However, each scooter has a different capacity to utilize this battery, and they can show varying levels of performance according to their motor quality and other factors.
One good feature about this battery is that it comes with the 54.5V fast charger to recharge the battery back to its full potential. On a smooth road, you can expect a mileage of 35-40 miles. However, you can see some increase or decrease from this claimed value depending upon rider weight, motors, and ride speed.
With a 30A BMS and a built-in battery holder, the battery provides a higher shockproof effect than most other batteries. It extends the battery life expectancy by preventing overcharging, over-discharging, over-current, and short-circuiting. We recommend that you store this battery in a case to prolong its typical operating time. It is a simple install and removes from the scooter. There is a LED battery level light that can alert you when your battery needs a recharge.
This lithium ion battery for electric scooter retains its charge and has a longer shelf life than other batteries, which tend to degrade quickly. The PVC covering on the outside of the battery protects it from being damaged by rain. It works flawlessly till 1000 cycles, then reduces the capacity by about 20%, which is excellent.
- Built-in system to prevent overcharge
- Higher life expectancy due to advanced technology
- Easy to install and remove
- Compatibility with a wide range of electric scooters
Unit Pack Power 52V Rechargeable Battery for Electric Bike
Unit Pack Power 52V Best Electric Scooter lithium Battery With 36V 2A
Nominal Voltage: 36V Rated Capacity: 15 Ah Apply Motor: 100 Watt – 500 Watt Constant Discharge Current: nderson/XT60 (Including Male Female) Charger: 36V 2A Weight: 5.2 kg
The Unit Pack Power is perfect for anyone who wants to ride their bike for long periods or for anyone who wants a battery that can power a high-powered bike.
With a max power of 2800W, this battery will give you plenty of power to ride up hills and cruise around town. The battery is also equipped with a BMS board, which makes it safe to use and protects your investment.
It is a very well-made battery that is perfect for a 1000W/750W/500W motor (50W-1000W). The max constant discharge current is 30A, which has a size of 260x150x70MM. The charger with the best battery for electric scooters is 54.6V 2.5A. The discharge connector is a set of Anderson (Including the Male and Female Side”.
Waterproof PVC Material:
The outer layer of the battery pack is made of waterproof PVC material, insulation, and anti-corrosion. Amazingly the inner layer has the advantages of a low melting point, waterproof seal, and high adhesion. This makes this battery an excellent choice for those looking for a durable and waterproof option.
Up to 5 Years of Life:
This battery has a capacity of ≥80% after 800 cycles, meaning it will still provide a high power level even after many years of use. Additionally, the battery has a life expectancy of up to 5 years, making it a wise investment for any E-bike owner.
- It provides long-range battery life for electric bikes
- Provides a high level of power and performance
- It is effortless to install
- Comes with a charger and BMS board
- Gives you a great ride experience
BtrPower 36V Lithium ion Battery For Electric Bike, Scooter Motorcycle
BtrPower 36V Rechargeable Electric Scooter Battery with 3A Charger
Nominal Voltage: 36V Rated Capacity: 10 Ah Apply Motor: 250 Watt – 750 Watt Max Constant Discharge Current: 20A (BMS) Cutt-off Voltage: 30V Charger: 42V 3A Charge Time: 3.5 hour Weight: 6.6 Pounds
I’m an electric bike enthusiast, and I’ve been using this BtrPower 36V Ebike Battery for a while now. It’s a great battery pack with a 3A charger and BMS for electric bikes.
It provides plenty of power for my 250W electric bike and has never let me down. The battery charges quickly and easily, and the BMS ensures that the battery pack is always safe to use.
Up to 30 miles of usage:
This battery is suitable for electric bikes with 250w-750w motors and ranges up to 30 miles without pedaling. The battery also has a 42V 3A charger and 20A BMS (Battery Management System) for safety and longevity.
BMS Protection Board:
I have used this battery for over 1000 cycles, and still has more than 80% capacity. This is due to the high quality of the battery and the fact that it is equipped with a fuse and a BMS protection board.
This board on the best battery for electric scooters prevents overcharging over-discharging, and short-circuiting, which helps to prolong the life of the battery.
Best for All Weathers:
This e-bike Battery is one of the best on the market. Not only is it waterproof, but it also comes with a one-year warranty and the best after-sales service I have ever seen.
If there are ever any problems with the battery, the company will solve your problem within 24 hours. I have never seen a better product or company.
- Long-lasting battery life can last up to 1,000 charges
- Lightweight and easy to install
- Can be charged at any time
- Low self-discharge rate
- It can be used in all weather
- Safe and environmentally friendly
YxYhCOOL 48V Lithium Battery for E Scooter Ebike Batteries for 200-1200W
YxYhCOOL 48V 20AH Best Scooter Battery With 2A Charger
YxYhCOOL 48V Lithium battery for electric scooter is the best replacement for the stock batteries. These offer a wide range of compatibility with the 200W To 1200W electric scooters and electric bikes. If you are looking for a replacement for the best battery life electric scooter, these are best.
This battery has a 48V and offers 20A power for running the electric scooter at its capacity. Unlike other replacement batteries, the YxYhCOOL battery doesn’t bring down the electric scooter performance and works like a charm on any compatible electric scooter.
The build quality of the battery does not disappoint. It has a high-quality fuse with a BMS protective board that ensures battery protection so you can charge the battery without any fear of overcharging, short circuits, and excessive discharging. You can expect a longer battery life with all these protective protocols.
The compatibly is a known issue with the replacement batteries of the electric scooter. Even though this battery has extended compatibility, it is still best practice to use these batteries with compatible electric scooters to prevent any performance and compatibility issues. You can try it as a replacement for your kids scooter battery.
On top of all the features of this electric scooter battery, the manufacturer offers a full one-year warranty. You can refund the battery in case of any issues within 50 days of the purchase. Having good customers support and extended warranty claim, YxYhCOOL comes at the top of our list.
- Long battery life
- Adaptable for a wide range of electric scooters
- Lithium-Ion technology provides prolonged life
- Environment friendly due to lack of lead
Cao MM 48V 10AH E-Scooter Battery For 500W – 1200W
Cao MM 48V Battery For EBike Scooter With 54.6V 2A Charger
Nominal Voltage: 35V Rated Capacity: 10 Ah Apply Motor: 1200 Watt Max Constant Discharge Current: 30A Weight: 5.9 Pounds
The Cao MM 48v Battery is the best battery for electric scooters that is perfect for electric bikes, scooters, and other motorized vehicles. It has a 20Ah /14Ah /10Ah capacity and can be delivered in 2-5 days from California.
This battery is charged using a 48V 10AH charger and is very easy to install and use. It is a reliable and durable battery that will give you many years of service.
48 Volts 10 Amp Hours:
This battery pack is perfect for anyone who wants to get the most out of their electric bike. The battery pack is 48 volts and 10 amp hours, which is plenty of power for most electric bikes.
It comes with a max constant discharge current is 30 amps, so you will never have to worry about the battery running out of power. The charger is 54.6 volts and 2 amps, so that it will charge the battery quickly and efficiently.
30A BMS Protective Board:
As an electric bike owner and enthusiast, I can attest to the importance of a high-quality and safe battery. It has a fuse and a 30A BMS protective board that have prevented overcharging, over-discharging, and short circuits. This has ensured my battery and electric bike a long life expectancy.
Complete 2 Years Warranty:
This battery has a full two-year warranty, so you can be sure it will last. Additionally, the customer service team is excellent and always willing to help if you have any questions or concerns. I highly recommend the Cao MM 48v Battery to anyone in the market for a new battery for their electric bike.
- It can be used for 500-1200W electric bike bicycles
- Excellent customer support service
- 20Ah /14Ah /10Ah Ebike Battery
- 2-5 Days Delivery from California
How To Increase Your Electric Scooter Battery Lifespan?
Cars and bikes need regular maintenance, and you often need a regular tour to the mechanic for parts replacement and maintenance. Contrary to this, electric scooters are better commute as they require less maintenance and are safer for the environment.
Electric scooters are best for short distances and tours around the hilly terrain. They don’t need to tune up, be greased, or be required to top up the oil before the ride. It’s good to have an ideal vehicle like an electric scooter which adds certain benefits and comfort.
For the long life battery for a scooter, it’s essential to use it properly and charge it on time so that you may remain problem-free on the road during long rides. Most lithium-ion batteries are prevalent in high-quality scooters and remain the best battery for electric scooter. They are robust and long-lasting and can discharge and recharge many times, and have a good storage capacity.
If you want the long life of batteries, then make sure to charge them properly. Our extensive testing found out that the battery can handle up to 300 to 500 charge/discharge cycles before declining its capacity. It usually has a life span of about 3000 to 10000 miles.
The battery life may vary with factors, but in general, the view battery should last about one to three years. Now we guide you on some rules for the long life of your scooter’s battery and how you can keep it in good condition for a long duration.
Do Not Let It Discharge Completely:
Time to recharge your electric scooter’s battery is significant. Don’t discharge your scooter battery fully and make it possible to charge when at least it remains 10%. If you can save the battery before charging up to 40%, it is suitable for its health and long life. Make sure to fully charge the battery before any ride so you can avoid any problems on the road. Also, charge the battery after every ride according to its discharge level and your commute need.
Most batteries have a fixed charging cycle that they can handle. After these charge cycle completion, the battery starts to deplete fast. So, avoiding the battery to keep charging and completing the charge cycles is the best possible solution for getting the maximum out of a battery. According to a theory, keeping the battery between 10-90% of charge ensures maximum battery life.
Know Your Travel Range:
When you ride on an electric scooter, you must know its travel range and battery capacity. You should first read the information listed on the vehicle or battery. Range of battery written in watt-hours, but you may calculate it by multiplying ampere-hours by voltage. This information is vital for every user as it decides the fate of travel distance.
The range of the battery may vary according to the scooter model. The important thing is to know about the time that your scooter can travel in one. The time of discharge of the batteries may affect by several factors like traveling, braking system, acceleration, speed, the use of lights, and other electric accessories that consume battery power.
A quality scooter like Unagi Model can travel about 15.5 miles on a single charge which is a good range for any scooter’s battery. Good riding habits like slow ride and accelerate slowly, and give time to stop will long last your battery during the ride and extend the battery life.
Don’t Keep the Battery Unattended for an Extended Period:
often, the charging time of the battery indicated by manufacturers makes sure that time should not extend from that value. In the event of a full battery charge, make sure to unplug it on time, as it is essential for battery life.
If the time to recharge your battery exceeds normal, there must be a problem with the battery or change batteries with new ones. Many manufactures offer one year warranty on all their scooters, which may cover if batteries fail. However, they do not provide warranty coverage for the damaged, overcharged, and unattended batteries.
Keep the Batteries Temperature Controlled:
If you ride for extended distances, batteries may get heated, and they need a brief time before plugging them into the charger. It is not a hard and fast rule, but it ensures long battery life and provides safety from overheat damage to the batteries
You can recharge the batteries right after a short distance. But after making a long-distance ride, the batteries become heated, and it is the best way to wait for some time to cool down your battery before plugging in. It needs at least 30 minutes to cool down the battery after a long ride before the charge.
Charge Before Storing them for Long Periods:
When you want to store your best battery for an electric scooter for some time, make sure to charge it at least 50% and if you are not the daily use of an electric scooter, you charge it at least after 30 days. The lithium batteries can last longer when they have a constant stored charged. When you want to keep away your scooter for a long time, you must charge them after some intervals to save battery health.
Use Stock Charger:
For battery charging, always use the correct charger and use an original charger cable for your scooter. Using the wrong chargers for your batteries can bring more trouble for you even it may cost more by damaging the health of batteries and shorten their life. However, the aftermarket charger may work, but they can overcharge the battery and cause damage.
If you need a new charger, contact your manufacturer and demand a spare charger instead of using a generic option that may damage your batteries. An authentic charger always costs less than a new battery. So it is a viable option to change the charger before it starts destroying your electric scooter battery.
Maintain Controlled Temperature for Storage:
In severe weather conditions, batteries, an electric scooter may create problems as heat and cold may affect the batteries’ performance. The charging time of the batteries may get disturbed due to low and high temperatures, and the battery may not charge efficiently.
Temperature affects battery life, and when the temperature falls below freezing point or above 114 degrees, it severely affects the battery. That’s why electric scooters need storage in an environment where they remain dry and remain from extreme weather.
QZF 48V Rechargeable Battery for Electric Bike is overall the winner in every aspect. It comes in different voltage limits starting from 36V to 52V, which can handle various electric scooters. over, its highly portable size and USB charging for mobile devices are excellent features.
If you want value for money and a reliable replacement battery, HAILONG Replacement Battery for Electric Scooter is our best pick. We have tested it on our 48V electric scooter, and it provided a performance almost similar to the stock battery.
The cheapest and best quality packed battery on our editor pick is Universal Razor Battery for e Scooter. This SLA maintenance-free battery provides mounting availability at almost any angle due to its spill-free design. Besides that one year warranty got you covered in case of any complaints regarding performance.
Best Extra Battery for Electric Scooter FAQs
Check for the battery specifications and match them with the replacement battery you are going to buy. If they show the exact specifications and dimensions, they are the best replacement batteries for your scooter. You can read the review about the batteries and decide based on the experience of the other users with similar products.
The most common types of batteries used in electric scooters are Lithium-Ion batteries and lead-acid batteries. Besides them, there is a third less popular battery type named nickel-metal hydride batteries. Remember that any electric scooter with Lithium-Ion batteries performs better than lead-acid batteries. Some companies use short name forms like Li-ion and SLA for lithium-ion and sealed lead-acid batteries.
It depends on the type of battery and type of usage. If you use electric scooters regularly and recharge almost daily, you can expect them to last for a year and a half, depending upon the charge cycle completed. The best type of battery for an electric scooters can easily handle more than 300 charge cycles with ease. Repeated recharge can lead to the shortening of the battery lifespan and capacity.
Yes, replacing the electric scooter batteries is very easy. Most electric scooter batteries are only a few steps away from opening few screws. Some are inside the casing, and some bounds to the stem or deck of the scooter. Replacement batteries are readily available online; you can check our recommendations. Once you get your hands on the perfect battery, you can either replace your own or call a qualified service center, depending on your expertise level.
Electric Scooter Batteries
The battery is your electric scooter’s “fuel tank.” It stores the energy that is consumed by the DC motor, lights, controller, and other accessories.
Most electric scooters will have some type of lithium ion-based battery pack due to their excellent energy density and longevity. Many electric scooters for kids and other inexpensive models contain lead-acid batteries. In a scooter, the battery pack is made of individual cells and electronics called a battery management system which keeps it operating safely.
Bigger battery packs have more capacity, measured in watt hours, and will let an electric scooter travel further. However, they also increase the size and weight of the scooter — making it less portable. Additionally, batteries are one of the most expensive components of the scooter and overall cost increases accordingly.
Types of Batteries
18650 Li-ion cells, pictured above, make up an e-scooter’s battery pack | Credit: Wikimedia Commons under CC BY-SA 3.0.
E-scooter battery packs are made of many individual battery cells. specifically, they are made of 18650 cells, a size classification for lithium ion (Li-Ion) batteries with 18 mm x 65 mm cylindrical dimensions.
Each 18650 cell in a battery pack is fairly unimpressive — generating an electric potential of ~3.6 volts (nominal) and having a capacity about 2.6 amp hours (2.6 A·h) or about 9.4 watt-hours (9.4 Wh).
Battery cells are operated from 3.0 volts (0% charge) up to 4.2 volts (100% charge).
Li-Ion batteries have excellent energy density, the amount of energy stored per their physical weight. They also have excellent longevity meaning that they can be discharged and recharged or “cycled” many times and still maintain their storage capacity.
- Lithium manganese oxide (LiMn2O4); aka: IMR, LMO, Li-manganese
- Lithium manganese nickel (LiNiMnCoO2); aka INR, NMC
- Lithium nickel cobalt aluminum oxide (LiNiCoAlO2); aka NCA, Li-aluminum
- Lithium nickel cobalt oxide (LiCoO2); aka NCO
- Lithium cobalt oxide (LiCoO2); aka ICR, LCO, Li-cobalt
- Lithium iron phosphate (LiFePO4); aka IFR, LFP, Li-phosphate
Lithium Manganese (INR, NMC)
Fortunately, many quality electric scooters are using the INR battery chemistry — one of the safest chemistries. This battery gives high capacity and output current. The presence of manganese lowers the internal resistance of the battery, allowing high current output while maintaining low temperatures. Consequently, this reduces the chances of thermal runaway and fire.
Some electric scooters with INR chemistry include WePed GT 50e and Dualtron models.
Lead-acid is a very old battery chemistry that is commonly found in cars and some larger electric vehicles, like golf carts. They are also found in some electric scooters; most notably, inexpensive children’s scooters from companies like Razor.
Lead-acid batteries have the benefit of being inexpensive, but suffer from having very poor energy density, meaning that they weigh a lot compared to the amount of energy they store. In comparison, Li-ion batteries have about 10X the energy density compared to lead-acid batteries.
To build a battery pack with hundreds or thousands of watt hours of capacity, many individual 18650 Li-ion cells are assembled together into a brick-like structure. The brick-like battery pack is monitored and regulated by an electronic circuit called a battery management system (BMS), which controls the flow of electricity into and out of the battery.
Schematic diagram of parallel and series battery connections | Credit: Wikimedia Commons under CC BY-SA 3.0.
Individual cells in the battery pack are connected in series (end to end) which sums their voltage. This is how its possible to have scooters with 36 V, 48 V, 52 V, 60 V, or even larger battery packs.
These individual strands (many batteries in series) are then connected in parallel to increase output current.
By adjusting the number of cells in series and parallel, electric scooter manufacturers can increase output voltage or max current and amp hour capacity.
Changing the battery configuration will not increase total energy stored, but it effectively allows a battery to offer more range and lower voltage and vice versa.
Voltage and % Remaining
Each cell in a battery pack is generally operated from 3.0 volts (0% charge) all the way up to 4.2 volts (100% charge).
This means that a 36 V battery pack, (with 10 batteries in series) is operated from 30 V (0% charge) up to 42 volts (100% charge). You can see how % remaining corresponds with battery voltage (some scooters display this directly) for every type of battery in our battery voltage chart.
Every battery is going to suffer from a phenomenon called voltage sag.
Voltage sag is caused by several effects, including lithium-ion chemistry, temperature, and electrical resistance. It always results in non-linear behavior of the battery voltage.
As soon as a load is applied to the battery, the voltage will instantaneously drop. This effect can lead to incorrectly estimating battery capacity. If you were directly reading out battery voltage, you’d think you had instantly lost 10% of your capacity or more.
Once the load is removed the battery voltage will return to its true level.
Voltage sag also occurs during long discharge of the battery (such as during a long ride). The lithium chemistry in the battery takes some time to catch up with the discharge rate. This can result in the battery voltage dropping even more rapidly during the tail end of long ride.
If the battery is allowed to rest, it will return to its true and accurate voltage level.
E-scooter battery capacity is rated in units of watt hours (abbreviated Wh), a measure of energy. This unit is quite easy to understand. For example, a battery with a 1 Wh rating stores sufficient energy to supply one watt of power for one hour.
energy capacity means higher battery watt hours which translates to longer electric scooter range, for a given motor size. An average scooter will have a capacity of around 250 Wh and be able to travel about 10 miles at an average of 15 miles per hour. Extreme performance scooters can have a capacity reaching into the thousands of watt hours and ranges of up to 60 miles.
Individual Li-ion cells in an e-scooter battery pack are made by just a handful of different internationally-known companies. The highest quality cells are made by LG, Samsung, Panasonic, and Sanyo. These types of cells tend to be found only in battery packs of higher-end scooters.
Most budget and commuter electric scooters have battery packs made from generic Chinese-manufactured cells, which vary greatly in quality.
The difference between scooters with branded cells and generic Chinese ones is a greater guarantee of quality control with established brands. If that is not within your budget, then make sure you are buying a scooter from a reputable manufacturer who is using quality parts and has good quality control (QC) measures in place.
Some examples of companies that are likely to have good QC are Xiaomi and Segway.
Most high quality electric scooters have replaceable Lithium-ion batteries (more on that below). Many also feature Li-ion batteries that can easily be swapped out without unplugging cables or opening enclosures.
The configuration basically doubles the scooter’s available range and eliminates the need to wait for a single battery to charge before riding.
There are two main designs for standing electric scooters with swappable batteries. Stem-mounted batteries can be found on scooters like the TurboAnt X7, X7 Pro, and X7 Max.
Stem-mounted battery replacement packs are inexpensive, lightweight, and easy to remove, carry and store. They can sometimes make a scooter feel a little wobbly or top-heavy.
Other electric scooters like the AnyHill UM-2 embed their battery in a casing that functions as part of the deck. The Dualtron Storm (a scooter favored by delivery drivers and professional electric scooter racers alike) also uses this design for its massively powerful, 72V 31.5Ah swappable battery.
The replacement battery for the Dualtron Storm is pricey and heavy, at 29 lb, so it’s unlikely most Storm owners are carrying one around with them. In this case, the swappable battery enables the Storm’s rider to stay on track without swapping vehicles.
A third design for a swappable electric scooter battery is Voro Motors’ EMOVE Roadrunner, whose 48V 26.1Ah battery pack slots into the frame diagonally under the seat. The battery takes only 10 seconds to swap out and only weighs 15 pounds.
Battery Management System
Though Li-ion 18650 cells have amazing benefits, they are less forgiving than other battery technologies and can explode if used improperly. It is for this reason that they are nearly always assembled into battery packs that have a battery management system.
The battery management system (BMS) is an electronic component that monitors the battery pack and controls charging and discharging. Li-ion batteries are designed to operate between about 2.5 to 4.0 V. Overcharging or completely discharging can shorten battery life or trigger dangerous thermal runaway conditions. The BMS should prevent overcharging. Many BMS also cut power before the battery is fully discharged in order to prolong life. Despite this, many riders still baby their batteries by never fully discharging them and also use special chargers to finely control charging speed and amount.
sophisticated battery management systems will also monitor the temperature of the pack and trigger a cutoff if overheating occurs.
If you’re doing research on battery charging, you’re likely to encounter C-rate. C-rate describes how quickly the battery is being fully charged or discharged. For example, a C-rate of 1C means the battery is charged in one hour, 2C would mean fully charged in 0.5 hours, and 0.5C would mean fully charged in two hours. If you fully charged a 100 A·h battery using 100 A current, it would take a one hour and the C-rate would be 1C.
A typical Li-ion battery will be able to handle 300 to 500 charge/discharge cycles before diminishing in capacity. For an average electric scooter, this is 3000 to 10 000 miles! Keep in mind that “diminish in capacity” doesn’t mean “lose all capacity,” but means a noticeable drop of 10 to 20% that will continue to get worse.
Modern battery management systems help to prolong the life of the battery and you shouldn’t worry too much about babying it.
- Don’t store your scooter fully charged or with the charger plugged in for prolonged periods.
- Don’t store the electric scooter fully discharged. Li-ion batteries degrade when they drop below 2.5 V. Most manufacturers recommend to store scooters with a 50% charged, and top them up to this level periodically for very long-term storage.
- Don’t operate the scooter battery in temperatures below 32 F° or above 113 F°.
- Charge your scooter at a lower C-rate, meaning charge the battery at a lower rate relative to its maximum capacity to preserve/improve battery life. Charging at a C-rate between below 1 is optimal. Some of the fancier or high speed chargers let you control this.
The main takeaway here is don’t abuse the battery and it will last the useful life of the scooter. We hear from all kinds of people about their broken electric scooters and it’s rarely a battery problem!
Frequently Asked Questions
How long do electric scooter batteries last?
Electric scooter batteries will last between 2 to 4 years and between 3000 to 5000 miles depending on storage, use conditions, and battery capacity. If you use your scooter more or store it improperly, the battery life will be shorter.
How many times can you charge an electric scooter battery?
Electric scooters can go through between 300 to 500 charging cycles before starting to lose battery capacity. The highest-quality, brand name cells may last upwards of 1000 charging cycles, if babied.
How can you maximize electric scooter battery life?
You can prolong battery life by storing the scooter charged to 50%, charging it with a C-rate below 1, and not operating the scooter when it is too cold (below 32 F°) or too hot (above 114 F°).
When storing for prolonged periods of time, make sure to top the batteries periodically. When storing for very long periods of time, make sure to charge them periodically so they are not being stored completely discharged.
Learn more about how to maximizing battery life.
Can you replace electric scooter batteries? Is it worth the cost?
Yes! you can replace the battery in your electric scooter, though it may not be cost effective. Batteries are one of the most costly components of the electric scooter. Even a small 250 watt hour battery, like that from an M365, costs around 150 US or about ⅓ the cost of the entire scooter!
For common scooters like the M365, there are many video tutorials online of the replacement procedure. It’s not that difficult if you are mechanically inclined, but the novice may find it difficult.
Li-Ion Ebike Battery Charge Charts
Whats an 80% charge on a 48v battery? on a 36v? 52v? These charts give answers to questions like these on all common ebike battery voltages.
Remember, ALL numeric charts show ballpark values that may be numerically correct, but no generic chart can match your individual cell characteristics, your pack’s age or its chemistry. Bottom line: imperfect charts like this are still good baseline references. Use these and teach yourself how to read the voltage gauge on your display screen.
Quite some time ago, I produced a series of charge status charts for a variety of common lithium-ion battery voltages. They’ve become a fairly common link to help folks out on various groups who use these battery voltages in their ebikes.
I built them using Google Sheets, so they are not web pages, which I suppose has kept them from being widely linked in search engine results when people are looking at such things.
Here for the first time are direct links to the charts on a normal web page.
Volt (10S) Battery Charge Chart
The first link is to the lowest voltage: 36v. Generally this is the lowest voltage you will find on a modern, commercial ebike. Note that its called ’36 volt’ but really that is the ‘nominal’ value. A 36v battery is actually fully charged when it is at 42.0 volts.
Volt (13S) Battery Charge Chart
The next common size is 48v. These batteries are fully charged at 54.6 volts.
Volt (14S) Battery Charge Chart
The next battery voltage is 52v and very common. 52v batteries will work on systems designed for 48v, and why is easier to understand when you become aware that a ’48v’ battery really tops out at over 54 volts. A ’52v’ battery tops out at 58.8v, so it essentially lets you use a 48v system for a longer time at higher voltage levels that it is already designed to utilize.
Volt (16S) Battery Charge Chart
With a 100% charge voltage of 67.2 volts, when you have one of these you are getting into high voltage territory
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All our 36V electric bicycle batteries have 1 year warranty time after shipment. If you become our VIP clients, you will get an extra half-year extending after-sales service.
We also provide OEM 36V ebike battery service, if you need the service please contact us.
Hot Sales 36V Ebike Battery
Strict Quality Control Process for 36V ebike Battery Order
- Our IQC staffs inspect all ebike battery cases to ensure the good shape
- We testing each 36V ebike battery with aging testing
- Auto welding machine to ensure efficiency and good quality
- The matched charger will be tested by testing machine
TLH.Your 36V Ebike Battery Manufacturer over 15 years
TLH battery has been established over 15 years, as one leading 36V ebike battery manufacturer. Our 36V ebike batteries have good feedback in North America, Europe.
The hot sales capacity of our 36V ebike battery is from 10.4Ah.24.5Ah.
Our 36V ebike batteries have sliver fish, rack, and inner types.
Our engineer teams have experience in designing UART, CANBUS BMS, and hardware BMS for the 36V ebike batteries.
Strict quality control with ISO 9001-2015 quality management standard to make the batteries excellent performance.
For more details about the 36V ebike battery, please contact us.
6V E-bike battery Packs-The Ultimate Buying Guide
36 Volt electric bike batteries are known for their efficient power output and hence they are used for heavy duty applications.
Here are the most frequent queries along with their answers to enlighten you with information related to 36V E-bike battery Packs
- 1. What is the run time of a 36V E-bike Battery?
- 2. What are the designs of the 36V E-bike Battery?
- 3. What is the charging time of the 36V E-bike Battery?
- 4. What is the range for a single charge of a 36V E-bike battery?
- 5. What are the maintenance needs for a 36V E-bike battery?
- 6. What are the safeties installed in 36V E-bike battery?
- 7. What are the specifications for a 36V E-bike battery?
- 8. What are the applications of a 36V E-bike battery?
- 9. How can we replace 36V E-bike battery cells?
- 10. What is the performance of a 36V E-bike battery in extreme temperatures?
- 11. How can we use chargers for 36V E-bike batteries from different manufacturers?
- 12. What precautions must be taken for a 36V E-bike battery?
- 13. How can TLH help us grab the best deal for a 36V E-bike battery?
- 14. What is your experience in the manufacturing of a 36V E-bike battery?
- 15. What are the payment procedures for the purchase of a 36V E-bike battery?
What is the run time of a 36V E-bike Battery?
TLH Electric bike batteries are a durable and long-lasting energy resource.
They offer impressive mileage along with low maintenance.
36V E-bike Batteries are low weight with elegant design and easy handling.
E-bike batteries are equipped with a battery management system that detects any potential fault and acts accordingly.
The BMS of the e-bike also examines cells for the overload.
Our 36V E-bike Batteries have more power, so they are quite a good solution for the mountain riders, long distances riders, and cargo bikes.
We can offer 36V E-bike batteries in numerous combinations.
BMS system enables Smart switching in between dual batteries operations.
What are the designs of the 36V E-bike Battery?
TLH is having vast experience in the production of electric bike batteries.
We have developed the most advanced designs for 36V E-bike Batteries
First on our list is the frame battery; this frame is fit for sporty and dynamic cycles.
These power packs lie close to the center of gravity of your E-bike.
By keeping the battery closer to the center of gravity, it ensures equal distribution of weight.
Next on our list is the design of the rack battery.
This is a comfortable design for the riders.
Figure 1 Battery pack inner structure
In this design, the Battery is placed on the E-bike’s back seat; this formation frees up the space for riders and can get on and off without any problem.
The next battery design in our catalog is the Integrated Rechargeable battery.
You can install these battery packs in two formations; you can place them either horizontally or vertically.
The next design from our technical staff is Dual Battery.
This is for the rider who wants excess power, and this battery pack doubles the output power.
These batteries are capable of delivering up to 1300 Wh.
What is the charging time of the 36V E-bike Battery?
Charging time for every battery pack varies due to its unique capacity and charger type.
Our battery’s charging time varies from five hours to eighteen hours.
Charging time also depends on the type of chargers.
Usually, there are three types of chargers.
These chargers include standards chargers, compact chargers, and fast chargers.
What is the range for a single charge of a 36V E-bike battery?
A lot of people approach us with this question, but this question doesn’t have any specific answer.
There is a number of factors that effects the charge and discharge time of the electric bike battery.
Sometimes, it will have an output of around 25 km only, and sometimes it will have efficiency for more than 80 Km.
It would be best if you kept your battery pack in optimal conditions to have maximum output.
Firstly environmental factors have a significant impact on E-bike output.
If there is moderate or slight wind against your direction, it won’t impact E-bike output.
If you are traveling in strong wind against your direction, it will consume more power; hence your average output will be low.
Figure 2 Structure of a E-bike
If you are traveling on a straight road or area, it won’t consume a lot of power, but if you are riding in a hilly area, you will consume more power; hence, you will get less Km average.
Charge time also depends upon the specifications of your bike and Battery.
If you are riding on a touring bike, you will have separate efficiency, and if you have a mountain riding bike, you will experience individual efficiency.
Your tire quality state a lot about your efficiency, If you have wide tires, then it consumes more Battery, and if you are riding narrow width tires, you will experience more km average.
Lastly, the type of rider also impacts the charge run time of E-bike.
Battery performance relies on the rider type; if a rider is a skilled rider, then your Battery can last for a longer time.
Battery run time also depends on total weight riding on the bike, each Battery and bike has some limitations,
In case you are crossing them, then you may experience low Battery run time.
What are the maintenance needs for a 36V E-bike battery?
TLH 36 volt E-bike batteries can be safely installed even if you are riding on a rough landscape.
You might need to open them for maintenance or other needs.
For this, open the lock beside the Battery acting as an attachment and then remove the Battery from the mount.
TLH 36 volt batteries can easily be mount and installed for maintenance due to their compact shape, less weight, and accurate fitting.
The lock for the battery pack is set accurately, and it holds your Battery in a steady position.
For maintenance of the battery pack, please ensure that all of the safeties are working properly.
Wash the cycle while the Battery is removed from the bike.
Check the cell balancing of your battery pack.
It would help if you used a damp cloth instead of a dry or wet cloth to clean the battery pack.
It would help if you also cleaned the terminal, sometimes carbon deposits on it, affecting your output.
Slightly grease the terminals.
You should protect the electronics of the Battery from direct water contact while washing.
The 36V E-bike battery should get charging at room temperature.
In winters, you should try to store and charge batteries at room temperature.
It would help if you also used thermal covers for the battery packs to enhance the Battery’s lifetime.
If you want to store batteries in winter, you should store them in a dry place at room temperature.
You shouldn’t store a battery pack with either full charge or full discharge; it will reduce the lifetime of the battery pack.
Our technical staff advises you to charge Battery at least 40% for the storing of E-bike battery packs.
It would help if you avoided parking of E-bike in extreme temperatures.
You should use stored batteries at least one time in two to three months.
What are the safeties installed in 36V E-bike battery?
Our batteries are outfitted with Battery, the management system; this empowers staggered security for your battery packs.
BMS is very productive, and it is additionally helped with a quick correspondence convention.
We have various choices for E-bicycle batteries’ quick correspondence convention, like CANBUs, ETHERNET, PROFIBUS, and so on
These correspondence conventions empower effective correspondence to react to any blame.
Our batteries have assurances for voltage and current floods.
We have assurances for impeding.
TLH E-bike battery packs have safeties against the working of batteries at extraordinary temperatures.
We have a voltage controller to guarantee a smooth stock of voltage to your Electric bicycle.
The Battery’s system trips the framework when it observes a shortcoming in it.
We have introduced a cell adjusting framework in the batteries to guarantee legitimate charging and release of battery packs.
We can likewise introduce modified modifications on your demand.
Tell us about your applications, and we will propose to you all potential safeties for them.
What are the specifications for a 36V E-bike battery?
Our clients generally ask us about the battery framework with the most un-complex correspondence; for this, we have prepared our Electric bicycle batteries with the computerized correspondence convention.
CANBUS and UART are models; through this framework, you can have a baud pace of 1mbps.
For the most part, our group requests that you characterize us correspondence convention for your battery communication framework.
Yet, in the event that you’re not mindful of one, at that point, our clients will plan BMS with CANBUS, UART, or SMBUS as indicated by your necessity and request.
Our batteries have a more drawn-out lifetime; ordinarily, it relies on individuals’ utilization, yet on normal, they give ideal outcomes for a very long time.
Our batteries have more than 600 lifecycles which will bring about higher productivity for your gadget.
TLH gives lifetime backing to its clients just as we give you batteries guarantee of at any rate a year, and we may stretch out this term to two years on the solicitation of clients.
Clients, for the most part, furnish us with BMS and 3D plans for electric bicycle batteries; however, on the off chance that you don’t have this office, at that point, there isn’t anything to stress over in light of the fact that our specialized group is here to plan BMS plan and 3D drawings according to your prerequisite.
Figure 3 Electric bike Battery installation
When you affirm the plan and drawings, TLH designers will also reexamine in the subsequent rendition.
Our electric bicycle batteries are furnished with productive cells to make your Battery solid and dependable, and we use cells from much-referred to organizations, for example, Samsung, Chinese, Panasonic and LG, and so forth
We get cells either straightforwardly from their industrial facility outlets or their authoritatively perceived vendors.
As TLH offers an answer for high voltage and energy charge, we try to give you proficient safety to guarantee your wellbeing.
TLH offers over-voltage, inner short out, warm burden, and considerably more to its batteries to guarantee the protected working of electric bicycle batteries for your gadgets and clients.
Alongside it, we offer an electric center of extraordinary quality alongside a BMS defensive plate to stay away from cheat just as over-release; this will, in the end, prompt a long life for your E-bicycle battery.
Our electric bicycle batteries have a battery level pointer in the type of LED, this will make an exact presentation for Battery remaining force, you can get the warning for charging time, and it will likewise maintain a strategic distance from shut down of force while riding.
We can likewise offer waterproof packaging alongside a hard plastic shell, which makes our batteries better, as thought about, than conventional batteries.
Our electric bicycle batteries accompany wellbeing keys, so you don’t have to stress over taking electric bicycle batteries.
Our electric bicycle batteries set best for open-air exercises since it has a USB port to charge your other electronic gadgets.
We offer assorted shape and plan batteries, you need to contact it, and we will plan the battery shape according to your necessity, regardless of how reduced and thick it is.
We offer a charged season of three to eight hours per your necessities, and we can modify charge time according to your need.
We give a great electric bicycle battery charger, so don’t accuse your batteries of customary charges since it will affect its cell cycle life.
Our batteries are easy to introduce and charge. It gives a lot of force and holds the charge well.
TLH Electric bike batteries are equipped with IEC62133, UN38.3, ISO 9001:2015, CE, UL 2054 Certifications; this keeps electric batteries fit for clients everywhere in the world.
What are the applications of a 36V E-bike battery?
36V electric bike batteries have various applications.
These batteries have high voltage and power output; hence they have diverse applications.
These batteries fit best for mountain riders, rugged landscape, touring, and sports.
How can we replace 36V E-bike battery cells?
The replacement of an electric battery pack relies upon various components, for example, the edge measurements of the bicycle.
Over half of the city electric bikes have their batteries mounted on a transporter rack.
At the same time, trailblazing bicycles have their batteries put on a down tube.
You can likewise tweak batteries’ situation; TLH batteries are very minimized and lighter in weight; subsequently, they can be set effectively anyplace on a bicycle.
At the same time, there are three unique kinds of engines set in E-bicycle.
The two most normal kinds of center engines utilized in electric bikes are brushed and brushless.
For more data on the best way to supplant a battery to your bicycle, if it’s not too much trouble, visit the accompanying video.
What is the performance of a 36V E-bike battery in extreme temperatures?
TLH electric bikes give optimum operation beyond room temperature.
Lithium batteries have good efficiency as compare to other rechargeable chemical composition batteries at extreme temperatures.
Although the 36V E-bike battery has resistance to high temperature, you still try to keep E-bike close to room temperature.
If you are continuously exposing the battery packs to extreme temperatures, it might damage the battery cells.
Figure 4 Electric batteries placements
You should even store your electric bike batteries at room temperatures.
Performance is inversely proportional to extreme temperatures.
You should consult the user manual for optimum Battery working temperature range.
If you want batteries for extreme temperature usage, then let us know about it; we will use thermal covers for the battery packs.
How can we use chargers for 36V E-bike batteries from different manufacturers?
It is recommended not to use chargers of other manufacturers because they aren’t manufactured according to your battery specifications and features.
In case you are in dire need of charging your battery pack with other chargers, then you must match charger specifications.
You should check the charge rate, voltage, ampere, and power output of the charger.
You should monitor the Battery management system while charging battery packs with other chargers so that you can avoid overcharging and other faults.
What precautions must be taken for a 36V E-bike battery?
Right off the bat, attempt to try not to energize the electric battery pack to its full capacity.
Electric bicycle batteries debase with the progression of time.
By charging them at high voltages will allow them to corrupt fastly.
Likewise, charge it completely just when you have the arrangement to go riding.
You should be charged it to full once in seven days to keep up the charge equilibrium of the cells.
This will likewise bring about upgrading the general limit of the Battery.
Counsel your client manual and adhere to its guidelines as it were.
You ought to likewise abstain from completely releasing. Charge your battery when it is in the middle of 25-half.
You should have week-by-week and month-to-month cycles for support for your e-bicycle.
This will not debilitate your battery energy.
Continuously attempt to coordinate your battery particulars and highlights with your excursion intricacies.
In the event that you abuse the battery highlights, it could prompt uncommon mistakes.
As an extra note for the colder season, guarantee your Battery is above freezing prior to charging, else you could hurt the cells. It is no issue to ride the bike under freezing conditions (it doesn’t hurt the Battery); basically, guarantee you let the battery warm-up prior to charging.
Right, when you are riding in a freezing environment, you will see a drop in power and come to; this is run of the mill and expected.
You can help avoid this by bringing the Battery inside when you’re not riding to keep the Battery’s temperature up.
That way, you will get that extra piece of force!
Just as the limit of your Battery is portrayed above, right support will basically construct its future.
An inside and out kept-up lithium battery will last around three to five years; however, an ineffectually kept-up battery can be genuinely hurt over just one season or sooner.
How can TLH help us grab the best deal for a 36V E-bike battery?
There is an overall standard in the electric world, and it applies to Electric bicycle batteries; that is, more voltage is equivalent to more power.
Assembling of Electric bicycle batteries is typically 24v,36v,48v; however, TLH offers batteries in 52v and 72v batteries.
TLH Electric bicycle battery makers need to give an ideal proportion of force and cost, so most usually, 36-volt batteries are utilized in electric bicycles of 24V.
Most providers either offer batteries that range from 24 volts to 48 volts or provide a significant expense estimate for higher force batteries.
Figure 5 Features of Electric bike batteries
All things considered, TLH gave you a tweaked arrangement at a practical rate for batteries up to 72 volts.
As a rule, batteries in excess of 48 volts are risky for human wellbeing, and any methods for carelessness can cost a daily existence.
TLH gives you the most secure and robust arrangement with a year guarantee and lifetime backing to guarantee your wellbeing.
We are consistently accessible to comprehend your different reasonable requirements for electric Batteries like cell mix, voltages variety, battery size, cycle life, temperature change, charging, and releasing time.
What is your experience in the manufacturing of a 36V E-bike battery?
We are the main maker of E-bicycle Battery packs, and we are in this industry for more than ten years.
We have clients’ arrangements of encounters from wherever on the planet.
TLH is making efficient electric batteries for over ten years, our social occasion is amazingly capable, and we oblige the cutting edge world’s necessities.
Our mind-blowing E-bike battery packs have profitable correspondences, for example, UART, CANBUS, Ethernet, and Bluetooth.
Our E-bike Battery packs are outrageous for unpalatable use; in any case, you should dependably check the Battery’s manual to consider quite far.
What are the payment procedures for the purchase of a 36V E-bike battery?
We don’t take any payments for the sample production.
Once the sample is approved then we move to the next stage of production.
Usually, we consider taking a 30% payment before the bulk production of battery packs.
Once the production is done and battery packs are packed, then we ask for a further 70% payment before shipping.
We take payments through Paypal, VISA, UNION PAY, Payoneer.
If you are a new customer and want payment security, you can also place an order through our Alibaba store.
Alibaba offers trade assurance that protects your payments.
About TLH Battery
TLH Battery Has been the number one leading lithium-ion battery manufacturer for over 15 years.We are focusing on custom battery pack solutions for industries.
TLH Battery owns three international service centers in United Kingdom, America, and Germany. helping you address your troubles and quality issues.