Product Description:
A car lithium battery, also referred to as an automotive
lithium-ion battery, is customarily engineered for vehicle use,
boasting distinct advantages over traditional lead-acid
counterparts. These batteries embody several noteworthy attributes:
Chemistry: Car lithium batteries predominantly adopt lithium-ion
chemistry, with variants like lithium iron phosphate (LiFePO4)
gaining popularity due to their enhanced safety characteristics.
Composition: Comprising multiple interconnected cells, car lithium
batteries are configured in series and/or parallel arrangements to
achieve desired voltage and capacity levels. Each cell houses a
cathode, an anode, and an electrolyte.
Energy Density: Lithium batteries exhibit superior energy density
compared to lead-acid alternatives, enabling them to store more
energy within a compact and lightweight profile. This feature is
particularly advantageous for electric and hybrid vehicles, where
space and weight considerations are pivotal.
Voltage: Car lithium batteries typically operate within voltage
ranges spanning from 12 volts (for conventional automotive
applications) to several hundred volts (for electric vehicles),
tailored to the specific demands of the vehicle's electrical
system.
Battery Management System (BMS): Integral to car lithium batteries
is the Battery Management System (BMS), tasked with overseeing and
regulating the battery's charging and discharging processes. By
averting overcharging, overdischarging, and overheating, the BMS
ensures optimal performance, safety, and longevity.
Charging: Lithium batteries necessitate specialized charging
procedures to guarantee safe and efficient operation. This often
entails utilizing a dedicated lithium battery charger that
communicates with the BMS to oversee the charging regimen.
Applications: Car lithium batteries find utility across a spectrum
of automotive applications, encompassing electric vehicles (EVs),
hybrid electric vehicles (HEVs), plug-in hybrid electric vehicles
(PHEVs), start-stop systems, and auxiliary power systems.
In essence, a car lithium battery represents a paradigm shift in
automotive energy storage, offering heightened performance,
efficiency, and dependability relative to conventional lead-acid
batteries.
Features:
Safety Focus with LiFePO4 Innovation: Integration of lithium iron
phosphate (LiFePO4) batteries, selected for their advanced safety
attributes over conventional lithium-ion alternatives. LiFePO4
chemistry ensures heightened stability, substantially mitigating
the potential for thermal incidents, fires, or explosions, thereby
emphasizing safety during vehicle operation. Advanced Battery
Management System (BMS) Integration: Incorporation of a
sophisticated Battery Management System (BMS) acting as the central
control hub for the battery pack, optimizing both performance and
safety. BMS functions encompass: Prevention of overcharging,
overdischarging, and excessive currents within the battery pack,
thus fortifying against potential risks and enhancing battery
dependability. Dynamic balancing of individual battery cells to
uphold uniform charge levels, optimizing overall pack capacity and
extending battery longevity. Seamless Replacement for Lead-Acid
Batteries: Engineered as a direct substitute for traditional
lead-acid batteries prevalent in automotive applications. Boasts
substantially heightened energy density and reduced mass,
culminating in enhanced vehicle efficiency, performance, and
maneuverability.
Dynamic balancing of individual battery cells to uphold uniform
charge levels, optimizing overall pack capacity and extending
battery longevity. Seamless Replacement for Lead-Acid Batteries:
Engineered as a direct substitute for traditional lead-acid
batteries prevalent in automotive applications. Boasts
substantially heightened energy density and reduced mass,
culminating in enhanced vehicle efficiency, performance, and
maneuverability. Ideal for UPS Backup Power Utilization: Car
lithium batteries are aptly suited for deployment in
Uninterruptible Power Supply (UPS) backup systems, ensuring
steadfast backup power provision during mains outages. The
impressive energy density and swift charging capabilities of
lithium batteries render them an optimal choice for UPS
applications, guaranteeing uninterrupted operation of vital systems
and equipment.
Elevated Performance and Reliability: Equipped with LiFePO4
innovation and integrated BMS, car lithium batteries deliver
unparalleled performance and reliability relative to conventional
lead-acid counterparts. Augmented energy density translates to
heightened power output and prolonged operational duration,
rendering them ideal for rigorous automotive and backup power
requisites. Extended Operational Lifespan: Employment of LiFePO4
chemistry and advanced BMS administration contribute to an extended
operational lifespan for the battery pack. Augmented robustness and
minimized degradation ensure sustained reliability and diminished
total cost of ownership across the battery's lifecycle.
Environmental Consciousness: Adoption of LiFePO4 technology fosters
environmental sustainability by obviating hazardous materials like
lead and curbing the ecological footprint linked with battery
manufacturing and disposal procedures. To sum up, car lithium
batteries featuring LiFePO4 innovation and integrated BMS
underscore safety, performance, reliability, and longevity,
rendering them a superlative choice for diverse automotive and
backup power applications.
Technical Parameters:
| Name | Value |
|---|
| Size | 181mm*77mm*170mm |
| Weight | 2.9kg |
| Warranty | 5 Year |
| Charging mode | Constant current / constant voltage |
| Type | Lithium Ion Car Battery |
Peak charge current(A) | 20A |
| Brand | Yunfan |
| Max charge current(A) | 10A |
Protection Class | IP55 |
| Charging Time | 2-3 Hours |
| Electric Vehicle Battery | Li-ion Automotive Battery, Li-ion Vehicle Energy Storage Battery |
Applications:
Electric Vehicles (EVs): Lithium batteries are the primary energy
source for electric vehicles (EVs), enabling zero-emission driving
and extended ranges on a single charge.
Hybrid Electric Vehicles (HEVs): HEVs combine internal combustion
engines with electric propulsion, utilizing lithium batteries to
store energy from regenerative braking and boost fuel efficiency.
Plug-in Hybrid Electric Vehicles (PHEVs): PHEVs can run on electric
power for short distances before switching to hybrid mode, thanks
to lithium batteries providing electric range and reducing fuel
consumption.
Battery Electric Vehicles (BEVs): BEVs rely solely on lithium
batteries for propulsion, offering long-range capabilities suitable
for various driving needs, from daily commuting to extended trips.
Energy Storage Systems (ESS): Lithium batteries power auxiliary
systems in vehicles, ensuring consistent power supply for onboard
electronics like lighting and entertainment.
Start-Stop Systems: Modern vehicles use lithium batteries for quick
engine restarts during idle periods, conserving fuel and reducing
emissions.
Advanced Driver Assistance Systems (ADAS): Lithium batteries power
sensors and computing systems in ADAS, enhancing safety features
such as collision avoidance and adaptive cruise control.
Electric Power Steering (EPS): EPS systems utilize lithium
batteries to assist steering, improving handling while reducing
engine load.
Telematics and Connectivity: Lithium batteries support vehicle
telematics, enabling GPS navigation, remote monitoring, and
software updates.
Grid Integration and Vehicle-to-Grid (V2G): Automotive lithium
batteries can participate in grid stabilization programs, offering
services like peak shaving and grid backup during emergencies.
Customization:
At Yunfan, we specialize in personalized and innovative
customization services for car lithium batteries, catering to the
unique needs of our clients. Here's a brief overview:
Tailored Capacity and Voltage: Custom solutions to match specific
capacity and voltage requirements, ensuring compatibility with
diverse vehicle types.
Branding Customization: Option to incorporate client logos and
branding elements onto the battery casing through various
techniques.
Appearance and Enclosure Options: Choose from a range of colors,
finishes, and materials for the battery casing to match vehicle
aesthetics.
Customized BMS: Tailored Battery Management System (BMS) solutions
to prevent overcharge, overdischarge, and high currents, ensuring
safety and reliability.
Application-Specific Features: Development of features like fast
charging, temperature monitoring, and communication interfaces to
meet unique application needs.
Regulatory Compliance: Ensuring compliance with relevant safety and
environmental standards through certification and regulatory
alignment.
Technical Support: Dedicated engineering support throughout the
customization process, providing guidance and ensuring client
satisfaction.
Yunfan's customization service offers unmatched flexibility,
reliability, and performance, empowering clients to achieve success
in their automotive endeavors.
Support and Services:
At Yunfan, we prioritize customer satisfaction by offering
comprehensive factory services tailored to enhance the entire
customer journey. Here's a concise overview:
24/7 Online Support: Our dedicated team provides round-the-clock
assistance via email, live chat, and social media, ensuring prompt
and reliable support.
After-Sales Excellence: We pride ourselves on resolving customer
inquiries efficiently, guaranteeing satisfaction post-purchase.
Factory Visits: Customers are welcome to visit our cutting-edge
manufacturing facility to witness our processes and meet our team.
Technical Consultation: Experienced engineers offer tailored advice
on product selection, customization, and integration.
Customization Options: We offer extensive customization services,
empowering customers to personalize their lithium batteries.
Quality Assurance: We maintain strict quality control measures to
ensure reliability, safety, and performance.
Training Resources: We provide manuals, videos, and onsite training
sessions to educate customers on battery features and usage.
Yunfan's factory services strive for excellence, delivering
exceptional value and exceeding customer expectations.
Packing and Shipping:
At our company, safety and security are paramount when it comes to
packaging our car lithium batteries. Here's a brief overview of our
tailored packaging solutions:
Wooden Box Packaging: Constructed from high-quality timber, these
boxes offer exceptional strength and durability for heavy-duty
transportation needs.
Carton Packaging: Corrugated cardboard cartons provide sturdy
protection for lightweight and medium-sized lithium batteries,
ensuring integrity during transit.
Bubble Packaging: Individual batteries are wrapped in multiple
layers of bubble wrap to safeguard against impact and vibration,
especially for smaller batteries.
Foam Inserts: Custom-cut foam inserts snugly fit battery
dimensions, minimizing movement and enhancing shock absorption
during handling and transportation.
Customized Labeling: Each package is clearly labeled with contents,
handling instructions, and safety information, with options for
customized labeling to meet specific requirements.
Regulatory Compliance: Our packaging adheres to international
regulations and industry standards for transporting lithium
batteries, ensuring compliance and minimizing regulatory risks.
At our company, we prioritize delivering lithium batteries safely
and securely to our customers, providing peace of mind throughout
transportation and storage.
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.
-
