All categories
Featured selections
Trade Assurance
Buyer Central
Help Center
Get the app
Become a supplier
(68789 products available)
Ready to Ship
Ready to ShipA 24-volt lithium battery foldable electric scooter is popular due to its portability and ease of storage. These scooters provide a decent range and speed for short commutes and recreational rides. The folding mechanism also makes them suitable for those with limited storage space or for incorporating into multi-modal transport.
These scooters are designed for rough terrains. Off-road electric scooters equipped with a 24V lithium battery tend to be more powerful and rugged. They are suitable for trails and uneven surfaces. These scooters usually have larger wheels, better suspension, and a more robust frame to handle off-terrain riding.
These scooters feature a more powerful motor, larger deck, stronger frame, and higher weight capacity compared to standard models. In many cases, heavy-duty scooters are designed for frequent use in commercial settings or for heavy riders. They provide longer battery life, greater range, and improved stability under load.
These scooters offer more stability than traditional two-wheeled models, making them an excellent choice for young riders, seniors, or individuals with mobility challenges. Equipped with a 24V lithium battery, these scooters can provide a balance of power and efficiency for short urban commutes or leisurely rides.
These electric scooters are particularly designed for city commuting. An urban electric scooter makes it easy to navigate through traffic or find parking in crowded areas. It is lightweight with a 24V lithium battery for easy carrying if needed. These scooters are often more compact with a moderate speed, making them ideal for short journeys.
There is an increasing use of electric scooters with 24V lithium batteries in warehouses and large manufacturing facilities to transport employees or small loads over short distances. These scooters can help increase efficiency by enabling workers to move quickly around large facilities, reducing the need for walking or other modes of transport.
In larger commercial properties like campuses, hotels, and resorts, electric scooters can be used by maintenance staff, security personnel, or delivery workers to cover ground quickly. These scooters are also ideal for groundskeeping staff to move around easily while performing landscaping or other outdoor maintenance tasks.
These scooters are effective as a last-mile transport solution in many industrial and commercial settings. For example, airports can use them for ferrying passengers from terminals to distant gates. In large factories, it can be used to transport workers or materials from one area to another.
Shipping and logistics centers often feature large and complex facilities in which electric scooters with 24V lithium batteries can be employed to transport packages, documents, or even cargo equipment in and around shipping docks, storage areas, and loading bays.
They may also be used on construction sites for transporting tools, equipment, or personnel across large, often uneven, work sites. They are particularly useful for operations requiring mobility in a rugged outdoor environment, and their compact design allows them to navigate easily in dense or cluttered areas.
Hospitals and large healthcare facilities frequently require transportation options to move staff, patients, or medical supplies. Electric scooters can also be used by hospital staff to transport medical equipment, documents, or personal items between departments or to commute outside the hospital campus.
Retailers with large store formats or multiple locations within a single property often use scooters for inventory management or to assist employees in providing customer service. Electric scooters can also help employees transport inventory from storage areas to sales floors or move quickly between designated areas within the store.
Its lithium-ion composition allows for a higher energy density, enabling the battery to be lighter and more compact. The voltage is set at 24 volts, which is the standard for most consumer electric scooters. This voltage is enough to offer a good balance between power and efficiency.
With a typical amp-hour rating of around 10 to 15 Ah, the battery can provide a range of approximately 10 to 20 miles on a single charge, depending on the scooter's model and rider weight. It weighs around 3 to 5 pounds, making it light enough to carry if needed. It also comes with around 4 to 6 hours charging time.
Many batteries also feature integrated battery management systems (BMS) that help monitor temperature, charging, and discharging rates to prevent damage and extend battery life. The scooter uses regenerative braking, wherein energy is recaptured during braking and fed back into the battery, extending runtime.
Once the battery pack is secured, the electric motor is mounted. Most scooters will have a designated space for the motor, usually near the rear wheel. Next, the rear wheel is attached. For hub motor designs, the rear wheel will need to be replaced with a motor integrated one. In non-hub designs, the motor will be connected to the rear wheel via a drive belt, chain, or direct friction pad.
Following installation, the battery is connected to the motor controller. Location depends on whether the scooter employs direct drive or hub motors. The motor controller is connected to the rear wheel in hub by attaching it to the spinning hub. For the rest, place it near the rear section and connect it to the rear wheel.
Users have to first charge the battery completely before using it. They can then insert the battery into its compartment on the scooter. After ensuring, the battery is secured, power the scooter on. Depending on the model, riders have to activate the throttle or accelerator trigger. This engages the motor, propelling the scooter forward.
For models with speed settings, the user can set a preferred speed. Although it is not usually a requirement, checking the battery level before starting the scooter is a good practice. This ensures the battery is not running low to avoid complete power loss.
Common maintenance tasks include checking and inflating tires, inspecting the brakes, and lubricating moving parts like wheels and suspension. The motor and electrical components might require less frequent professional servicing to prevent overheating, wear, or diminished power output.
Similarly, the 24V lithium battery itself needs to be frequently inspected for signs of swelling, corrosion, or damage. Users should also charge it partially and avoid letting it completely drain. When not in use, the battery should be removed and kept in a cool, dry environment. This will prolong the battery’s lifespan by at least a few more months.
Users have to look out for signs of wear, low power, or reduced charging efficiency. The batteries also have to be replaced every 2 to 3 years. For repairs, they can either consult a professional or attempt minor motor and wiring repairs at home. These include re-soldering loose wires or replacing motor components like brushes that are worn out.
When purchasing a 24V electric scooter, it is essential to consider the quality of both the scooter and the lithium battery. People should get scooters from reputable manufacturers who use durable materials for their batteries and scooters. They should also ensure the battery has a Certified BMS.
Buyers should select a scooter with a sealed and weatherproof design. This prevents water and dirt from getting into critical electrical components and damaging the battery. Buyers should also ensure the battery meets relevant safety and performance standards, such as UL or CE certification.
On the other hand, people should avoid low-cost aftermarket batteries. These are usually made with substandard materials and may not feature advanced safety measures like thermal fuses or overcharge protection. Lower-quality batteries may contain cells of mismatched age and wear states. They may also feature internal resistances that are inconsistent with one another.
Safety is always important, especially for products that operate on roads or in high-traffic areas. Buyers should always prioritize battery safety features like thermal fuses, overcharge protection, and short circuit prevention. Scooters should also be equipped with features that this battery powers, including good-quality brakes and electronic safety locks.
Users should regularly inspect the battery for any signs of damage, swelling, or corrosion. If any of these signs are present, users should stop using the battery and dispose of it properly at designated e-waste recycling facilities. The scooter should also be regularly inspected for any signs of wear on cables or connectors, as these can lead to short circuits.
As for storage, lithium batteries should be kept in cool, dry areas away from direct sunlight or high heat sources. Extreme temperatures can cause swelling or even combustion in rare cases. In addition, users should use a dedicated battery storage case or container for batteries to add an extra protection layer. It helps contain the battery in case of combustion and reduces the chances of fires spreading indoors.
A1. The amp-hour (Ah) rating represents the battery's capacity, indicating how long it can deliver a specific current before running out of charge. A higher amp-hour rating means the battery can power the scooter for a longer time on a single charge, providing better range and performance, especially for heavy users or during steep inclines.
A2. People should not use the 24V electric scooter lithium batteries in other products unless the user manual specifically states it is okay to do so. While lithium batteries are highly versatile and commonly used in numerous products, each battery type is designed for a specific voltage and power requirement. These requirements are for unique load profiles.
Mixing or matching batteries across different devices can lead to poor performance, overheating, or even battery failure. More importantly, there is a possibility of causing device damage or, worse, fire hazards. The 24V lithium battery is exclusively designed for scooters and other similar devices.
A3. The life expectancy of a 24V lithium battery varies based on factors like usage, charging habits, and environmental conditions. Generally, users can expect the battery to last between two to four years. Frequent fast charging, complete discharges, and exposure to extreme temperatures can degrade the battery faster. So can storing it in hot or wet conditions.
A4. Every component that goes into making 24V lithium batteries is responsible for the cost. These components include the quality of lithium cells, materials used in the construction, and the technology integrated into the battery, such as the battery management system (BMS). The watt-hour capacity and brand reputation also determine why there is such a varying price range.
A5. To maintain the battery, users have to store it in cool, dry places and ensure it does not completely discharge regularly. They also have to avoid exposing the lithium battery to extreme temperatures. In addition to removing the battery, users should also keep the scooter in a dry area and avoid moisture exposure.
