24V Lithium Ion Battery Pack Solution Provider
- Widely used for e-scooter, electric trolley golf, and mobility machines.
- Our 24V lithium-ion battery is 25.9V -7 Series.
- Standard 24V lithium-ion battery and custom 24V battery pack are optional.
- 4V Li-ion Charger is matched with our 24V lithium-ion battery.
Our Service Key Figures
- 15 + Years In the
- 500 + Collaboration
- 24 Hours Online
- 1 Day Battery Packs
- 2 Weeks Received
Are You Looking For One Professional 24V Lithium Ion Battery Pack Manufacturer in China?
TLH battery has been one leading lithium-ion battery manufacturer for over 15 years. Our 24V lithium-ion battery packs are widely used in different industries like LED screens, e-bikes, underwater sports, electric wheelchairs, and electric golf trolleys.
We provide the 24V lithium-ion battery pack with shrink wrap and a custom battery case.
For more details please contact us.
24V Lithium Ion Battery Pack Solutions
Strict Quality Control Process for 24V Lithium Ion Battery Pack
- All the bulk materials keep the same as the trial samples
- Our production quality control standard is ruled by ISO 9001-2008 TUV
- All your 24V lithium-ion battery orders 100% doing aging testing before shipment
- Our QC team inspects your orders during production
- Factory Visit
TLH -Your Reliable 24V Lithium-Ion Battery Factory in China
TLH battery is a professional lithium-ion battery manufacturer for over 15 years. To be your reliable lithium-ion battery solution provider is our faith. Our R &D team is pursuing advanced battery technology.
Our 24V lithium-ion batteries are used for electric bikes, electric e-scooter, electric trolley golf, medical device, and industrial application.
Our 24V lithium-ion battery pack is made of Grade A Chinese 18650 cells, Samsung, and LG cells.
The 24V Li-ion battery pack can be made as 5Ah-50Ah with a 2A-20A discharge current.
We also provide the matched 29.4V charger for our 24V li-ion battery pack. All the chargers will be tested with our battery pack to ensure quality.
Your 24V lithium-ion battery pack order will be 100% tested before shipment.
For any inquiries please contact us timely.
24-volt lithium-ion battery packs- The Ultimate Guide
TLH has equipped its system with advanced levels to assist with the finest possible solutions for 24 Volt lithium-ion batteries.
We have a decade of experience in battery manufacturing, and our technical staff have drafted frequently asked questions and have answered them to assist you with decision-making.
- 1. What Is The Shelf Life Of 24-Volt Lithium-Ion Battery Packs?
- 2. What Are The Different Levels Of Voltages In Lithium-Ion Battery Packs, And Why Should We Prefer 24v Lithium-Ion Battery Packs?
- 3. What Are The Ah Of 24v Lithium-Ion Battery Packs, And How Do They Impact Battery Performance?
- 4. What Are The Challenges Of 24v Lithium-Ion Battery Packs?
- 5. What Are The Safety Tips Related to 24v Lithium-Ion Battery Packs?
- 6. What Are The Handling Precautions Related To 24v Lithium-Ion Battery Packs?
- 7. What Are The Charging And Storage Methods For 24v Lithium-Ion Battery Packs?
- 8. How Should We Recycle And Dispose Of 24v Lithium-Ion Battery Packs?
- 9. What Are The Maintenance Needs For 24v Lithium-Ion Battery Packs?
- 10. Can I Use 24v Lithium-Ion Battery Packs For UPS?
- 11. Are 24v Lithium-Ion Battery Packs Environmentally Friendly?
- 12. What Considerations Must Be Taken For The Transport Of 24v Lithium-Ion Battery Packs?
- 13. What Is The Recharge Time Of 24v Lithium-Ion Battery Packs As Compared To Lead-Acid Batteries?
- 14. Why Do You Equip 24v Lithium-Ion Battery Packs With A Battery Management System?
- 15. What Incentives Will TLH Offer On The Purchase Of 24v Lithium-Ion Battery Packs?
1. What Is The Shelf Life Of 24-Volt Lithium-Ion Battery Packs?
According to our technical staff, 24-volt lithium-ion battery packs’ shelf life is about two to three years.
However, there are multiple things to consider for determining the shelf life of battery packs.
Every individual battery pack has its own shelf life.
This is because of their usage, charging, discharging, and abuse.
TLH battery packs have 600 charge cycles.
A charge cycle is a time to fully charge, discharge, and then recharge a battery pack.
Once a 24-volt lithium-ion battery pack has lost its capacity, then it’s not reversible.
2. What Are The Different Levels Of Voltages In Lithium-Ion Battery Packs, And Why Should We Prefer 24v Lithium-Ion Battery Packs?
Before diving into a different level of voltage, it is necessary to understand the concept of voltage.
Voltage differences drive the electron in the whole circuit.
Current only follow through the circuit once there is a voltage difference between load.
It is the horsepower, which drives the whole circuit.
Voltage has a direct relationship with power, which means more power and a larger potential difference.
There are batteries with different levels of voltages, and it majorly depends on the type of your usage.
If you are driving a car with a capacity of 24 volts, then you should opt for 24-volt batteries.
You can use parallel or series combinations of other rating voltages too, but none of them will give you optimum performance.
You can use lower voltage batteries for smaller utilities, and lower voltage batteries are also best for devices having short operational time.
Figure 1 Battery voltage vs Discharge Capacity
If you are planning to have high power capacity for a longer period, then you should opt for batteries with high voltages.
High voltage batteries also help you in devices having higher torque.
Twenty-four-volt batteries are between 36-volt batteries and 12-volt batteries, which means they can provide you with maximum power output at a very reasonable price.
They are neither very light nor cumbersome; thus, they are durable for diverse applications.
3. What Are The Ah Of 24v Lithium-Ion Battery Packs, And How Do They Impact Battery Performance?
Ampere-hour is the full form of Ah.
This states the complete number of charges a battery can transform in approximately one hour.
If you are drawing a continuous current of 1 A then your battery will drain 1.0 Ah battery in a max of one hour.
This concludes that for the same load, if we are using 2.0 Ah, then it will last longer as compared to 1.0 Ah.
This is the direct relationship of run time with Ampere-hour, but this is not the complete explanation.
This depends on the structure of your battery packs.
It depends on the specifications and features of your battery packs.
It also varies because of series or parallel connections.
Sometimes battery safeties don’t allow batteries with higher ampere-hours.
You should discuss the usage and specifications and our technical staff will guide you in the best way.
Figure 2 24V Lithium-ion battery pack Comparison
For general understanding, you can understand that the higher the ampere charge, the longer will be the run time for the batteries.
You can get a different rating of ampere-hour under a 24-volt charge battery pack, and if you are planning for short tasks, then you should opt for lower ampere-hours; otherwise, you should opt for higher ampere-hour for longer operational hours.
Simultaneously, if your usage is based on higher torque along with higher stable power, then you should opt for higher ampere-hour battery packs.
4. What Are The Challenges Of 24v Lithium-Ion Battery Packs?
Lithium-ion battery packs are usually more expensive than batteries of other chemical compositions having the same chemical composition.
One of the reasons for this is the complexity of the development of lithium-ion battery packs.
Lithium-ion battery packs have an advanced level of battery protection along with battery balancing circuitry.
These circuits make battery packs sustainable against misbalancing as well as against overcharging, short circuits, etc.
With every passing day, lithium-ion battery packs’ prices are getting reasonable along with higher efficiency output.
Another challenge is related to chargers of lithium-ion battery packs.
These chargers require critical monitoring in the development stages.
Every charger depends on the battery’s specifications and features; hence, for every different design, we have to arrange a separate charger.
Another limitation to lithium-ion battery packs is the aging factor, and this could lead to a decrease in your efficiency by 40%.
Simultaneously, you might face some restrictions on the transportation of lithium-ion battery packs.
5. What Are The Safety Tips Related to 24v Lithium-Ion Battery Packs?
Lithium-ion battery packs are known for their diverse applications and practicality.
24-volt Lithium-ion batteries provide voltage to numerous items ranging from traveling vehicles and toys to medical and army equipment.
Usually, there are the very least chances of fire hazards, but still, you should take care to avoid any inconvenience for your usage and device.
Lithium-ion battery packs are compact, but they contain numerous amount of charges; in case you are abusing the battery, then it might be dangerous.
There are some signs identified by our technical, and you should stop using battery packs under these conditions.
If you figure out any deformation or color change, then you should stop the battery supply.
Simultaneously, if you observe any leaking or odd voices, then you should also power off the battery.
In any of the above cases, you should consult the user manual and act accordingly.
Figure 3 Battery capacity of 24V lithium-ion battery pack
You must check that your supplier has verified certifications for the production of lithium-ion battery packs.
You should use the manufacturer charger and charging cord for the optimum result; sometimes, using other charging cords can lead to loose contact with battery terminals, which can lead to sparking in the battery.
You should make sure that you are storing batteries away from fire hazards and high temperatures.
6. What Are The Handling Precautions Related To 24v Lithium-Ion Battery Packs?
Our technical team has outlined some of the safety precautions for your customers.
You should not try to puncture and disassemble the battery pack.
You shouldn’t dispose of the 24volt battery packs in high humidity or high temperatures.
Keep your children away from the battery setup place.
The battery base should be firm so that it doesn’t experience any vibration or shocks.
You shouldn’t connect a damaged battery to your power system.
In case your battery pack is leaking, then you should avoid body contact with the chemical liquid.
If you get fluid in any part of your body, then you should avoid rubbing, and you should wash that particular part with a lot of water.
Lithium-ion battery packs discharge in storage time, so you should keep a check on the charge level before you connect it to your system.
You should make sure that none of the battery contacts is short-circuited with any of your devices or surrounding terminal.
You can check this continuity with your voltmeter, and you need to turn your voltmeter to continuity and should check the terminals with knobs of the voltmeter.
7. What Are The Charging And Storage Methods For 24v Lithium-Ion Battery Packs?
One of the most important steps in charging is that you should follow the user manual provided with the battery packs.
You can use the user manual to get detailed information related to charging limits, and you can also get online help links from it.
You should be careful whether your batteries are in parallel or series at the time of charging because, at the time of the fault, you can identify the charging status of every battery pack.
You should avoid overcharging the battery pack, as it damages the battery’s shelf life by reducing the capacity of individual cells.
Overcharging can also destroy the individual cells in the battery packs.
Simultaneously, you should also avoid undercharging lithium-ion battery packs.
Undercharging will lead to the operation of the battery at a lower capacity, and due to this, your battery pack will drain faster; this will directly affect the run tie of your battery packs.
We have mounted a digital display on the battery pack, which shows the battery status of the battery packs; you should monitor the level after the regular interval to avoid any inconvenience.
Our technical has emphasized a lot on the storage criteria of the lithium-ion battery packs.
Firstly, you shouldn’t store the battery until it has achieved half of the charge and discharge level.
You should not keep the battery out of charging for a longer time, and you should charge battery packs to 50% every six to seven days.
It would help if you stored battery packs away from your device so that in case of any leakage or hazards, they shouldn’t be damaging the battery pack.
You shouldn’t store battery levels at extreme temperatures.
Temperatures should be somewhere between 10-25 degrees Celsius.
For more assistance related to storage and charging issues, please consult our technical officials.
8. How Should We Recycle And Dispose Of 24v Lithium-Ion Battery Packs?
Every country has its regulations and criteria for the disposal of lithium-ion battery packs.
You should consult your country’s guidelines for the disposal of lithium-ion battery packs.
If you are living in the USA then you should visit the recycling corporation at www.rbrc.org for the disposal of the battery packs.
A lot of countries discourage the disposal of lithium battery packs in standard waste categories
Our officials suggest that you should properly discharge the battery packs before disposal.
You should isolate the electronic contacts of the battery packs to avoid short circuits by covering them with electric tape, otherwise, it could lead to fire hazards.
There is a lot of battery manufacturer who is looking for disposed of batteries, you should contact any such manufacturer residing nearest to you, you can hand them over to them, and they can recycle them according to set standards.
Usually, lithium-ion battery packs are not subject to any explosives, but even then, you shouldn’t dispose of them in high-temperature places.
9. What Are The Maintenance Needs For 24v Lithium-Ion Battery Packs?
Lithium-ion battery packs require regular monitoring not only in the development stage but also at the time of usage.
You should design a regular maintenance checklist for your battery packs
Our technical officials have designed some significant practices for the maintenance of lithium-ion battery packs.
You should follow these practices to increase the durability and output of your battery packs.
Generally, you shouldn’t keep your battery packs out of use for a longer period.
This should make sure for the batteries within your device and outside of your device.
If you are planning for a long storage term, then you should check the battery charge status after every six months, and then you should decide accordingly that either your battery is efficient enough to with the device or it should be disposed of.
Usually, a lithium-ion battery pack has a lifetime of about two to three years, and this timeline is greatly dependent on your usage and maintenance practices.
Figure 4 Voltage levels
TLH lithium-ion batteries have a charge level of more than 600 charge cycles; once you utilize all of the 600 cycles, then your battery will be in the state of disposal.
A charge cycle is a time to fully charge, discharge, and then recharge a battery pack.
Once a lithium-ion battery pack has lost its capacity, then it’s not reversible.
The capacity of the battery is directly proportional to the run time of the battery pack.
You should continuously check the battery charge level when your batteries are subject to long-term storage.
You can check the method from the user manual, and the manual includes all of the required details for the battery charge level and instructions.
Apart from these practices, you should observe the run time for the fresh battery pack.
Now set it as a benchmark and then compare the upcoming runtime with this value.
The run time is also dependent on your product specifications and usage.
After one year of battery usage, you should critically analyze the charge level of battery packs.
Through this practice, you can set charge and discharge times so that your device can get stable input.
Our officials suggest replacing the lithium-ion battery pack if you are experiencing the following states:
You should replace the battery if the run time decreases from 80% as compared to the benchmark runtime.
You should replace the battery if you are observing a significant increase in battery charge time.
You should replace the battery if you have stored battery packs for a longer time, as mentioned in the user manual.
You can also reuse the stored battery if it shows the set run time and charge level as mentioned in the user manual.
You should replace the battery in case your battery is damaged or leaked, and then you should not connect it to your device.
10. Can I Use 24v Lithium-Ion Battery Packs For UPS?
This depends on your UPS manufacturer.
If they have mentioned UPS compatibility with lithium-ion battery packs, then you can opt for its usage.
As every 24V lithium-ion battery pack comes with its specification, chemistries, and features so these changes must be taken into consideration before making any decision.
You should reflect these details to our officials so that we can design battery packs following it.
Your existing UPS can be made compatible with lithium-ion battery packs by ensuring proper updates in UPS firmware.
11. Are 24v Lithium-Ion Battery Packs Environmentally Friendly?
Li-ion battery packs don’t contain any hazardous material so they are quite friendly to the environment.
24v Lithium-ion battery packs are recyclable thus they aren’t like plastic which is destroying the earth’s green environment.
Li-ion battery packs are greener than lead-acid batteries.
24v Lithium-ion battery packs have a greater life span as compared to lead-acid batteries.
Li-ion batteries have a greater recycling rate as compared to lead-acid batteries.
12. What Considerations Must Be Taken For The Transport Of 24v Lithium-Ion Battery Packs?
You should consider regulations for the transport of the 24V lithium-ion battery packs.
You should consider a transport guide from International Air Transport Association and check the details related to dangerous goods transportation.
Lithium-ion battery packs have two categories.
One of them is non-class nine dangerous material, and the other is Class 9 dangerous material.
Non-class includes the shipments of smaller volume battery packs.
For both classes, you need proper labeling and packaging.
There are different restrictions for batteries within the equipment, and for alone lithium-ion batteries, you should discuss it with your freight forwarder, and you should make sure that your freight forwarder is certified for the transport of lithium-ion batteries.
13. What Is The Recharge Time Of 24v Lithium-Ion Battery Packs As Compared To Lead-Acid Batteries?
The time to attain 80% of the charge for both batteries is comparable.
However, the Li-ion battery has an edge because the time taken is less due to its better efficiency.
Moreover, charging from 80 to 100% Li-ion is a far better option.
A Li-ion battery will attain 100% SOC in 30 to 60 minutes, that is, if the UPS is capable enough to supply power to charge at such a rate.
Concluding that to charge to 100%, it will save 5 to 10 hours to charge a Li-ion battery than a Lead-acid battery.
14. Why Do You Equip 24v Lithium-Ion Battery Packs With A Battery Management System?
We are offering effective BMS in our LiFePO4 Battery packs.
TLH is known for efficient battery management systems, and it is the most crucial point of a battery system.
Our technical team has dedicated most of its time to the up-gradation of the Battery system.
The battery management system has numerous protection levels, and it is necessary for your devices because it protects you from different levels of voltage and current surges.
Simultaneously, it also provides safety against inrush current while discharging.
Figure 5 24v lithium-ion battery fast charging factors
We have outfitted our batteries with BMS; if the current worth surpasses the 40-ampere mark in any event, for 30-40 milliseconds, at that point, our well-being will happen to save the battery for any potential floods.
This is why we introduce BMS in your shrewd lithium batteries since it saves the battery from various degrees of floods and empowers smooth charging and releasing rate.
Aside from various degrees of security, our BMS furnishes you with life cycle status, health warnings, and history of battery execution, alongside shortcoming show notices.
For an effective BMS, we need a proficient correspondence convention.
We give UART, CANBUS, Ethernet, and Profibus-based correspondence convention alternatives in savvy lithium batteries, and these conventions can give you correspondence accelerated to 1 Mbps.
We additionally furnish Bluetooth-based correspondence with the assistance of an application.
You can get every single detail identified with your battery in the application.
15. What Incentives Will TLH Offer On The Purchase Of 24v Lithium-Ion Battery Packs?
TLH is offering diverse incentives to its customers.
We are offering customer service around the clock, and we are available to customers from all over the world.
TLH is available on Alibaba too, and you can avail of a lot of discounts from there.
TLH is offering guidance assistance to its customers from its technical staff.
We are offering 3D designs of your battery packs.
We ensure free sampling for our customers, and we believe in achieving customer satisfaction.
We provide regular development reports to our customers.
You can also visit our premises to witness all of our production standards.
We are offering a customized solution of 24V lithium-ion battery packs according to your need.
We can offer an extended warranty period for our regular customers.
We keep regular follow-ups with our customers, and we address their problems as our priority.
We offer special offers on Chinese New Year and Christmas, and you can regularly check our website to know about these offers.
We also notify our customers through email so that they don’t miss any precious opportunities.