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Ready to ShipThere are several lithium-ion battery types on the Alibaba.com website. Here's a look at what they're making:
This is mostly used in phones and laptops. It has great energy but gets hot sometimes. They don't last as long when charging or with heavy use.
This is used in cars and energy storage. It balances energy, safety, and life well, making it important for electric cars and keeping energy. It also powers tools. It has a longer life and more uses than others.
This is used where safety and long life matter. Examples are solar power and backup systems. It has a longer life and stays safe if it gets hot. It's heavy and has less energy power.
This is used in electric car batteries and power tools. It has a lot of energy and lasts a long time. But it needs special care to work well. It's good for things that need more power but requires careful handling during charging and use.
This is used in power tools and medical devices. It charges quickly and lasts a long time with safe properties. It's great for small uses but not good for long storage of energy. It also decays faster when not in use compared to others.
Electric Vehicles (EVs)
A 24 volt 65 ah lithium ion battery is a common choice for EVs. It provides the perfect balance of voltage and capacity to ensure good performance and an extended range. The 65 Ah capacity allows the vehicle to travel longer distances before needing a recharge while maintaining a compact size and lower weight. This mix of traits improves energy efficiency to allow smooth driving experiences over various terrains and conditions.
Renewable Energy Systems
The battery stores solar and wind power for later use in off-grid systems. Its 24-volt design integrates easily with common solar and wind components. With 65 Ah capacity, it stores enough energy to power homes and small businesses during the night or when the weather is bad. Users can lower electricity bills by using stored power instead of buying grid power. It also adds resilience against power outages.
Motorized Equipment
The battery powers electric bikes, scooters, and tools like drills and saws. The 24-volt output gives good power for tasks while the 65 Ah capacity enables longer runs before needing a recharge. This meets demands for both work and leisure without the inconvenience of frequent recharging. Batteries hold more energy than lower-capacity ones, making them ideal for intense use and longer rides or heavy-duty tasks.
Backup Power Systems
In UPS systems, the 24v65ah lithium-ion battery is ideal for providing emergency power when the main source fails. Its 24-volt output matches common UPS designs for smooth integration. The 65 Ah capacity supplies ample power to keep devices like servers, routers, and medical equipment running during outages. Businesses and healthcare facilities rely on these batteries to prevent data loss and maintain operations. Users can avoid significant disruptions caused by power cuts by using this battery.
Portable Power Banks
The battery is used in portable power banks to charge devices on the go. Its 24-volt output and 65 Ah capacity allow it to store a large amount of energy for multiple charges. This makes the power banks suitable for longer trips or outdoor activities where outlets are not available. Users can charge phones, tablets, and even small laptops without running out of power. Often, these batteries are combined with power converters to provide various voltage outputs for different devices.
Battery type
A lithium-ion battery is made with lithium metal and cobalt oxide. It stores energy efficiently for many uses with the invention of the cobalt structure.
Voltage
This battery has a voltage of 24 volts. It provides stable power for extended periods and blends well with other voltages.
Capacity
The capacity is 65 amp-hours (Ah). This means it can power items for a long time before recharging, about 65 hours if using one amp each hour.
Energy
The energy stored is 1560 watt-hours (Wh) based on the volts and amp-hours. It gives a good amount of energy for tasks and cool features.
Weight
The weight is around 10-15 pounds or 4.5-6.8 kilograms. Thanks to its light materials, the battery is easy to carry when traveling.
Dimensions
Typical sizes are 20x10x8 inches or 50x25x20 centimeters. Compact forms let the battery fit in many devices and vehicles.
Charging
Integrated chargers allow powering from standard wall outlets like 110 or 220 volts. Fast charging takes about 6 hours to refill the energy.
The 24V lithium-ion battery is rechargeable. To recharge, connect it to a compatible charger and power it through a 110V or 220V outlet. Use a solar panel or generator as an alternative for off-grid charging options. Monitor the charging progress using the indicators on the charger or the battery. Avoid overcharging to maintain battery health. The 65Ah battery stores a large amount of energy, giving it enough time to go in between charges. A smart charger will stop the charging once it is full to prevent overcharging.
To make the 24v 65ah lithium-ion battery last longer, users should treat it well. It should be stored in a cool spot, not too hot or too cold. When it sits for a while, like during winter, it should be checked every month or two to keep its charge. It should also rest between uses - chargers that fill it too fast aren't good. The battery should be looked at now and then for any signs of wear, and if something seems wrong with it, a pro should take a look at it. It is important to keep the battery clean, but don't let water get inside. If dirt gets in, the battery will not work as well.
Cell Quality
The quality of smartphone batteries depends on battery cells made by leading companies like Samsung SDI, LG Chem, and CATL. These brands use strong materials to ensure energy is stored and released safely for long use in devices like phones, tablets, and laptops.
BMS Quality
A battery management system (BMS) is very important for battery quality. It works to keep the battery safe by guarding against overcharging, deep discharge, and too much heat. When any of these things happens, the BMS shuts down the battery until it can get checked out. This helps to prevent any kind of big troubles down the road. The BMS also balances the charge in each cell so they all stay even with each other. This makes sure every bit of power gets used from start to finish. Without good BMS protection, batteries can't pass safety tests and won't be trusted for use in gadgets.
Manufacturing Standards
Renowned brands like Samsung, LG, and BYD follow strict quality rules when making battery packs. They stay in line with Global Quality System Standards, which sets the bar for making products safely and consistently. This ensures batteries work as needed and don't act up, like exploding or getting too hot. Batteries that meet these standards are trusted to power smartphones because they undergo more checking for faults and problems.
Avoid Overcharging and Deep Discharge
One of the key rules for battery safety is not overcharging it, which happens when users leave their batteries plugged in too long. Modern batteries can stop charging on their own, but it's still wise to unplug when fully charged. Another thing to avoid is deep discharges where the battery runs completely out of power. Letting this happen can damage the battery and cause problems with its safety features. Many devices have settings that stop overuse before the charge fully depletes, and those should be enabled when the battery is low.
Temperature Check
Phone charger batteries can become unsafe if they get too hot - or too cold in some cases as well. Batteries should be kept between 32 and 113 degrees Fahrenheit to stay in a safe state. If it gets outside this range, the battery can start leaking dangerous electrolytes or catch fire. Users should take care to keep their batteries in cool places, especially in warm areas, and stops. Colder locations can also cause issues, but they tend to get cold more easily than hot.
Proper Storage
When a lithium-ion charger battery is stored for a long while, it needs to be charged to about 50%. This keeps it from breaking down from over or under charging for too long. The storage area must remain at a moderate temperature to stop safety issues from heat or cold. Covers should be used to block the battery from direct sunlight exposure during the storage period.
Using Smart Devices
Cheap devices can risk safety because they may not have the same quality controls as big-name brands. Things like power banks, electric scooters, and phone batteries require careful selection. Lesser-known labels don't always test as much for things like overheating or checking temperature thresholds. They also might skip putting in safety parts like fuses or sensors that cut power if something goes wrong. Sticking with trusted brands ensures batteries and gadgets undergo more safety checks. Always using devices where the battery can be easily removed helps too. This allows for better management of the pack and faster cooling if an issue arises.
A1. Lithium batteries work great because they're light and charge fast. They give out steady power until the end, while lead acid gets weaker over time. Lead acid costs less but weighs a lot more. Lead acids also can't hold a charge as well when it gets warm out, which is a big issue.
A2. Many times, a 24 li-ion battery pack might swell, leak stuff, or go up in flames. This can happen if the battery or the weather is too hot or too cold. It can also happen if too much or not enough power is sent through the battery. Using cheap parts or damaged cells increases the risk even more. Making sure the battery is cool, using good materials, and adding sensors can lower the chance of this happening.
A3. Lithium batteries are great for powering electric cars and bikes. They charge fast and hold a lot of power. They're also more durable and better at handling heat compared to lithium polymer. Even though lithium batteries weigh less, lithium polymer costs a lot more to make because it uses special materials. Polymer batteries are often put in phones and tablets to make slimmer designs. But for bigger things like cars, lithium batteries are usually the better choice for energy needs.
A4. To steer clear of problems, it's important to not let a lithium battery sit for ages without some charge in it. Leaving it empty can damage the cells and make it unsafe down the line. The battery should also be checked from time to time to make sure no moisture got inside. If the cells get wet, a fire could spark when using or charging the device. Keeping the battery in a moderate temperature range helps keep it stable. Exceeding the limits can harm the cells and lead to safety issues.
