Product Description:
A car lithium battery is a type of rechargeable battery that uses
lithium ions as the primary component in its electrochemical
reaction. These batteries are commonly used in electric vehicles
(EVs) and hybrid vehicles due to their high energy density, which
allows them to store a large amount of energy relative to their
size and weight.
The lithium battery in a car typically consists of one or more
lithium-ion cells, which are interconnected to provide the
necessary voltage and capacity to power the vehicle's electric
motor(s). These cells contain a lithium compound as the
electrolyte, which facilitates the movement of lithium ions between
the positive and negative electrodes during charging and
discharging.
One of the key advantages of lithium batteries for automotive
applications is their relatively lightweight and compact design
compared to traditional lead-acid batteries. This allows for
greater energy efficiency and longer driving ranges in electric and
hybrid vehicles. Additionally, lithium batteries can be charged and
discharged repeatedly without significant loss of performance,
making them ideal for use in vehicles that require frequent
recharging.
Overall, car lithium batteries play a crucial role in the
electrification of transportation, offering a more sustainable and
efficient alternative to conventional internal combustion engine
vehicles.
Features:
Safer Lithium Iron Phosphate (LiFePO4) Chemistry: Automotive
lithium batteries often utilize safer lithium iron phosphate
(LiFePO4) chemistry compared to other lithium-ion chemistries.
LiFePO4 batteries are known for their stability, lower risk of
thermal runaway, and reduced sensitivity to high temperatures,
making them a reliable choice for automotive applications.
Integrated Intelligent Battery Management System (BMS):
Prevention of Overcharge, Overdischarge, and High Current: The
integrated Intelligent Battery Management System (BMS) ensures the
safety and reliability of the battery by monitoring and controlling
voltage levels to prevent overcharging and overdischarging, as well
as regulating current to avoid high currents that could damage the
battery.
Battery Balancing: The BMS also balances the charge across
individual cells within the battery pack. This helps to equalize
the charge levels of each cell, preventing capacity imbalances and
maximizing the overall battery life.
Replacement of Lead-Acid Batteries: Automotive lithium batteries,
particularly those using LiFePO4 chemistry, are often employed as
replacements for traditional lead-acid batteries. They offer
several advantages over lead-acid batteries, including higher
energy density, longer cycle life, faster charging times, and lower
weight, thereby improving overall vehicle performance and
efficiency.
Use in UPS Backup Power: In addition to automotive applications,
lithium batteries with BMS technology are also utilized in
Uninterruptible Power Supply (UPS) systems for backup power. The
BMS ensures the safe and efficient operation of the battery during
charging, discharging, and standby modes, providing reliable backup
power for critical applications such as data centers,
telecommunications, and emergency systems.
Overall, automotive lithium batteries with integrated BMS
technology, particularly those employing lithium iron phosphate
chemistry, offer enhanced safety, reliability, and performance
compared to traditional lead-acid batteries, making them a
preferred choice for various automotive and backup power
applications
Technical Parameters:
| Name | Value |
|---|
| Size | 406(L)*173(W)*236(H)mm |
| Weight | 15KG |
| Warranty | 5 Year |
| Protection | Overcharge, Over-discharge, Over-current, Short-circuit |
| Type | Lithium Ion Car Battery |
| Operating Temperature | 0-45℃ |
| Brand | Yunfan |
| Voltage | 25.6V |
| Discharging Time | 2-3 Hours |
| Protection Class | IP55 |
| Electric Vehicle Battery | Li-ion Automotive Battery, Li-ion Vehicle Energy Storage Battery |
Applications:
Electric Vehicles (EVs): Perhaps the most well-known application of
car lithium batteries is in electric vehicles. These batteries
power the electric motor, providing the energy needed for
propulsion. EVs typically rely entirely on lithium batteries for
their energy storage, enabling them to drive without producing
tailpipe emissions.
Hybrid Vehicles: Car lithium batteries are also used in hybrid
vehicles, which combine an internal combustion engine with an
electric motor. In hybrids, the lithium battery provides
supplemental power to the internal combustion engine, particularly
during acceleration or at low speeds. It also stores energy
generated during regenerative braking.
Start-Stop Systems: Many modern vehicles, especially those with
internal combustion engines, feature start-stop systems that shut
off the engine when the vehicle comes to a stop to save fuel.
Lithium batteries are often used to power the accessories and
restart the engine quickly and efficiently when needed.
Auxiliary Power Units (APUs): Car lithium batteries are utilized in
auxiliary power units, providing electrical power for various
systems within the vehicle, such as entertainment systems,
lighting, and climate control, while the engine is turned off.
Emergency Backup Power: Some vehicles, particularly those used in
emergency services like ambulances or police cars, may incorporate
lithium batteries as emergency backup power sources. These
batteries can provide power for critical systems in the event of an
engine failure or other emergencies.
Off-Grid Vehicles: Vehicles used in remote or off-grid locations,
such as military vehicles, exploration vehicles, or recreational
vehicles (RVs), may rely on lithium batteries for their energy
needs. These batteries can store energy from renewable sources like
solar panels or wind turbines, allowing for extended periods of
operation without access to traditional charging infrastructure.
Aftermarket Applications: Car lithium batteries are increasingly
being used in aftermarket applications, such as performance
upgrades or conversions. Enthusiasts may replace their existing
lead-acid batteries with lithium batteries to reduce weight,
improve performance, and enhance overall vehicle efficiency.
Overall, car lithium batteries have a wide range of usage scenarios
across various vehicle types and applications, offering superior
performance, efficiency, and reliability compared to traditional
lead-acid batteries.
Customization:
Yunfan, an automotive enthusiast with a passion for electric
vehicles, has been working on a custom electric car project. As
part of his endeavor, he realizes that off-the-shelf lithium
batteries won't meet the specific requirements of his project. He
needs batteries that are tailored to his unique specifications to
optimize performance, fitment, and aesthetics.
Yunfan begins his search for a battery manufacturer that offers
factory customization services. After conducting thorough research,
he discovers a reputable company known for its expertise in
producing custom lithium batteries for automotive applications.
Excited about the possibilities, Yunfan reaches out to the
manufacturer to discuss his project.
During the initial consultation, Yunfan explains his project
requirements to the manufacturer's engineering team. He discusses
his desired capacity, voltage, physical dimensions, and appearance
preferences, emphasizing the importance of precision and
reliability for his custom electric car.
The manufacturer's team listens attentively to Yunfan's
specifications and offers valuable insights and recommendations
based on their expertise. They discuss various options for battery
chemistry, cell configuration, and packaging to ensure optimal
performance and safety.
After a thorough evaluation and collaboration process, Yunfan and
the manufacturer finalize the customization details for the lithium
batteries. The manufacturer provides Yunfan with a detailed
proposal outlining the specifications, timeline, and cost estimate
for the custom battery production.
Impressed by the manufacturer's professionalism and dedication to
meeting his needs, Yunfan gives the green light to proceed with the
project. Over the coming weeks, the manufacturer's engineers work
diligently to fabricate the custom lithium batteries according to
Yunfan's specifications.
Throughout the production process, Yunfan receives regular updates
and progress reports from the manufacturer, ensuring transparency
and communication every step of the way. He is delighted to see his
vision gradually take shape as the custom batteries near
completion.
Finally, the day arrives when Yunfan receives delivery of his
custom automotive lithium batteries. He eagerly inspects the
batteries and is thrilled to see that they perfectly match his
specifications. The batteries are not only high-performing and
reliable but also beautifully crafted, enhancing the overall
aesthetic appeal of his custom electric car.
With the custom lithium batteries installed in his electric
vehicle, Yunfan embarks on an exhilarating journey, pushing the
boundaries of innovation and engineering in the world of automotive
electrification. Thanks to the factory customization services
provided by the manufacturer, Yunfan's dream of creating a truly
unique and personalized electric car becomes a reality.
Support and Services:
Yunfan, an avid electric vehicle enthusiast, is in the process of
upgrading his electric car with new lithium batteries. After
extensive research, he comes across a renowned car lithium battery
factory known for its exceptional services and high-quality
products. Intrigued by the positive reviews, Yunfan decides to
explore what the factory has to offer.
24-Hour Online Service: Yunfan visits the factory's website and is
delighted to find a 24-hour online service available. He navigates
through the website and finds a live chat feature where he can
instantly connect with a customer service representative. With his
questions ready, Yunfan initiates a chat and receives prompt and
helpful responses to all his inquiries regarding battery
specifications, customization options, and pricing.
After-Sales Service: Impressed by the factory's responsiveness and
professionalism, Yunfan decides to make a purchase. Upon receiving
his custom lithium batteries, he notices a comprehensive
after-sales service package included with his order. The factory
provides detailed instructions for battery installation,
maintenance tips, and troubleshooting guidelines. Yunfan
appreciates the peace of mind knowing that the factory is committed
to supporting him even after the sale.
Factory Visits: Curious to learn more about the manufacturing
process behind his custom lithium batteries, Yunfan decides to
arrange a factory visit. He contacts the factory's customer service
team, who happily assist him in scheduling a tour. On the appointed
day, Yunfan arrives at the factory and is greeted by knowledgeable
staff who guide him through each stage of battery production. He
witnesses firsthand the advanced technology and rigorous quality
control measures employed by the factory, further solidifying his
trust in their products.
Customization Services: During his factory visit, Yunfan discusses
potential future projects with the factory's engineers. He
expresses interest in exploring further customization options for
his electric car, such as enhancing battery capacity or integrating
advanced battery management systems. The factory's team listens
attentively to Yunfan's ideas and provides valuable insights and
recommendations based on their expertise. Yunfan leaves the factory
feeling inspired and excited about the possibilities for future
collaborations.
Overall, Yunfan's experience with the car lithium battery factory
showcases the exemplary services provided, including 24-hour online
support, comprehensive after-sales assistance, opportunities for
factory visits, and personalized customization services. Thanks to
the factory's commitment to customer satisfaction and innovation,
Yunfan is empowered to embark on his electric vehicle journey with
confidence and enthusiasm.
Packing and Shipping:
Wooden Box Packaging:
Car lithium batteries are often packaged in sturdy wooden boxes to
ensure maximum protection during transportation and storage.
These wooden boxes are constructed using high-quality lumber and
are designed to withstand the rigors of shipping.
Inside the wooden box, the batteries are securely held in place
with custom-cut foam inserts or brackets to prevent movement and
minimize the risk of damage.
Carton Packaging:
For smaller lithium batteries or individual battery cells, carton
packaging may be used.
The batteries are carefully placed inside durable cardboard cartons
that provide adequate protection against impacts and abrasions.
Carton packaging typically includes additional padding materials
such as foam inserts or bubble wrap to cushion the batteries and
absorb shocks during transit.
Foam Packaging:
Foam packaging is commonly used in conjunction with wooden box or
carton packaging to provide extra cushioning and protection for car
lithium batteries.
High-density foam inserts are custom-cut to fit the specific
dimensions of the batteries, ensuring a snug and secure fit.
The foam inserts help absorb shocks and vibrations during handling
and shipping, minimizing the risk of damage to the
batteries.Plastic Wrap or Shrink Wrap:
In addition to outer packaging, car lithium batteries may also be
wrapped in plastic or shrink wrap for added protection against
moisture and dust.
Plastic wrap or shrink wrap helps seal the batteries tightly,
preventing exposure to environmental elements during transit and
storage.
This additional layer of packaging provides an extra level of
protection for the batteries, especially when shipped over long
distances or in adverse weather conditions.
Labeling and Documentation:
Each package of car lithium batteries is typically labeled with
essential information such as product specifications, handling
instructions, and safety warnings.
Documentation, such as packing slips or invoices, may also be
included to provide detailed information about the contents of the
package and any special handling requirements.
Overall, the packaging of car lithium batteries is designed to
ensure the safe and secure transport of these sensitive electronic
components. Whether using wooden boxes, cartons, foam inserts, or
shrink wrap, each packaging option is carefully chosen to protect
the batteries from damage and ensure they arrive in optimal
condition to their destination.
FAQ:
- Q: What is the Brand Name?
- A: The Brand Name is YUNFAN.
- Q: What is the Model Number?
- A: The Model Number is FY-LI.
- Q: Where is the Place of Origin?
- A: The Place of Origin is Shenzhen.
- Q: What are the Certifications?
- A: The Certifications are CE,UL,RESH.
- Q: What is the Minimum Order Quantity?
- A: The Minimum Order Quantity is 1Pieces.
