Product Description:
An underwater robot lithium battery is a specialized power source
designed to operate in submerged environments. These batteries
utilize lithium-based chemistry, such as lithium-ion (Li-ion) or
lithium polymer (LiPo), to provide electrical energy for the
operation of underwater robotic systems.
These batteries are tailored to withstand the challenging
conditions found underwater, including high pressure, low
temperatures, and corrosive elements present in the aquatic
environment. They are sealed to prevent water ingress and typically
encased in robust, waterproof materials to ensure their
functionality and safety.
The design of underwater robot lithium batteries considers factors
like energy density, capacity, and efficiency to provide the
necessary power for extended periods while maintaining a compact
and manageable size. Additionally, they often incorporate safety
features like overcharge and discharge protection to prevent damage
and ensure reliable performance in underwater applications.
The use of lithium technology offers advantages such as high energy
density, lightweight construction, and the ability to provide a
consistent power supply, making them a popular choice for powering
underwater robotic systems used in various fields like marine
research, exploration, underwater inspections, and environmental
monitoring.
Features:
Waterproof Enclosure (IP68): These batteries are housed within a
robust and sealed casing that meets the IP68 standard, ensuring
complete protection against dust and prolonged submersion in water
up to the specified depth.
Specialized Sealing Technology: The casing employs advanced sealing
techniques, gaskets, and adhesives to prevent water ingress,
maintaining the integrity of the battery even under high pressure.
Corrosion Resistance: Materials used in construction are highly
resistant to corrosion from prolonged exposure to water, saline
environments, and other elements found underwater, ensuring
long-term durability.
Pressure Tolerance: These batteries are engineered to withstand the
increased pressure experienced at depths of up to 30 meters without
compromising their functionality or safety.
High Energy Density: Despite the emphasis on waterproofing and
durability, these batteries maintain a high energy density to power
underwater robots efficiently for extended periods, allowing for
longer missions or operations without frequent recharging.
Advanced Safety Features: They incorporate protective circuitry to
manage voltage, current, and temperature, ensuring safe and
reliable operation even in challenging underwater conditions. This
includes safeguards against overcharging, over-discharging, and
short circuits.
Compact and Lightweight Design: To facilitate integration into
underwater robots while minimizing added weight, these batteries
are designed to be as compact and lightweight as possible without
compromising performance.
Compatibility with Underwater Equipment: These batteries are
designed to easily interface with various underwater robot systems,
providing the required voltage and current levels to power the
motors, sensors, and other electronic components.
Longevity and Rechargeability: They are designed for extended use
and multiple recharge cycles, offering a reliable power source for
repeated underwater missions.
These characteristics collectively enable lithium batteries
tailored for underwater robots to withstand the harsh aquatic
environment, ensuring the sustained and reliable operation of these
robotic systems during underwater exploration, research,
inspections, and other specialized tasks.
Technical Parameters:
| Parameter | Value |
|---|
| Nominal voltage | 14.4V |
| Rated capacity | 10Ah |
| Charging voltage | 16.8V |
| Standard charging current | 2A |
| Maximum charging current | 5A |
| Discharge cut-off voltage | 11.2V |
| Waterproof grade | IP68 |
| Charging temperature | 0～45℃ |
| Discharge temperature | -20～60℃ |
| Battery internal resistance | ≤50mΩ |
| Product features | High waterproof level (IP68), can penetrate 30 meters underwater |
Applications:
Lithium batteries are commonly used in underwater robots due to
their high energy density and power output. These batteries are
suitable for various underwater robotic applications, including:
Underwater Exploration Robots: Lithium batteries power underwater
vehicles used for exploring oceans, lakes, and seas, enabling them
to maneuver and collect data efficiently.
Remotely Operated Vehicles (ROVs): ROVs used for underwater
inspections, research, or industrial purposes often rely on lithium
batteries for their energy needs.
Autonomous Underwater Vehicles (AUVs): These unmanned underwater
vehicles perform tasks such as oceanographic research, marine
mapping, and environmental monitoring, often using lithium
batteries for their power source.
Underwater Drones: Lithium batteries power smaller underwater
drones used for recreational purposes, underwater photography, or
simple inspections in shallower waters.
Underwater Sensors and Instrumentation: Lithium batteries can also
be employed in underwater sensors and scientific instruments used
for monitoring ocean conditions, marine life, and various
underwater phenomena.
When choosing lithium batteries for underwater robots, factors such
as battery capacity, voltage, weight, size, and the ability to
withstand underwater pressure and conditions need to be considered
to ensure they meet the specific requirements of the intended
application.
Customization:
1. Customized Logo or Branding:
Some companies offer the option to include personalized logos or
branding on the battery casing. This allows users to showcase their
brand or personalize the batteries for their specific applications.
2. Voltage and Capacity:
Customization in voltage and capacity is crucial. Different
underwater robots have varying power needs. Providing options for
different voltage outputs (e.g., 12V, 24V, 48V) and capacities (mAh
or Ah) allows customers to select batteries that align precisely
with their robot's power requirements.
3. Form Factor and Size:
Underwater robots come in different sizes and shapes. Offering
customizable sizes and form factors ensures that the batteries fit
snugly within the robot's design without compromising its
functionality or buoyancy.
4. Enhanced Functions and Features:
Advanced customization might include additional features like smart
battery management systems (BMS) for optimized power usage,
temperature control mechanisms to operate efficiently in varying
underwater temperatures, or enhanced safety features such as
overcharge/over-discharge protection.
5. Compatibility and Integration:
Batteries can be tailored to integrate seamlessly with the robot's
power system, connectors, and charging infrastructure. This ensures
easy integration and compatibility with existing components.
6. Durability and Environmental Adaptability:
Customization may involve designing batteries that are rugged and
durable enough to withstand the harsh conditions of underwater
environments. They might be made waterproof, corrosion-resistant,
and able to endure high pressure.
7. Tailored Performance and Longevity:
Offering customization in terms of performance optimization allows
for batteries that are specifically tuned to deliver optimal power
output and extended lifespan for the intended application.
8. Testing and Certification:
A service might include testing procedures to ensure the customized
batteries meet quality standards and safety certifications required
for underwater use, providing customers with peace of mind
regarding their reliability.
A comprehensive customization service for lithium batteries in
underwater robotics considers not just the technical specifications
but also the environmental conditions and unique operational
requirements to deliver a tailored and reliable power solution for
these specialized applications.
Support and Services:
Quality Assurance: Yunfan Factory prides itself on stringent
quality control measures. Purchasing from their factory ensures
high-quality lithium batteries designed specifically for underwater
applications. Their commitment to quality minimizes the risk of
malfunctions or failures underwater, ensuring reliability.
Customization Expertise: Yunfan Factory excels in customizing
lithium batteries for diverse underwater robotic needs. Their
expertise in tailoring batteries to meet specific voltage,
capacity, size, and performance requirements ensures that the
batteries perfectly suit the intended underwater robots.
Cutting-edge Technology: The factory is equipped with
state-of-the-art technology and innovation. Their lithium battery
solutions are at the forefront of technological advancements,
incorporating the latest features for enhanced efficiency, safety,
and performance underwater.
Cost-effectiveness: Procuring directly from Yunfan Factory
eliminates intermediaries, reducing costs associated with markups.
Despite their top-notch quality and customization, they offer
competitive pricing for their lithium batteries, making them a
cost-effective choice for underwater robotics projects.
Timely Delivery and Support: Yunfan Factory values prompt delivery
and excellent customer support. They ensure timely delivery of
customized lithium batteries and provide comprehensive assistance,
including technical guidance and post-purchase support, ensuring a
smooth integration process.
Reliability and Trust: The factory has built a reputation for
reliability and trustworthiness in the industry. Their track record
of delivering high-performance lithium batteries for underwater
robots has earned them the trust of customers globally.
Compliance and Certification: Yunfan Factory adheres to
international standards and certifications for lithium batteries.
Their products comply with safety, environmental, and quality
standards, ensuring that the purchased batteries meet regulatory
requirements for underwater applications.
Long-term Partnership: Collaborating with Yunfan Factory for
lithium batteries establishes the groundwork for a long-term
partnership. Their commitment to quality, innovation, and customer
satisfaction fosters a relationship built on trust and mutual
growth.
Choosing Yunfan Factory for lithium batteries for underwater robots
assures not just a purchase but an investment in quality,
innovation, and reliability for underwater robotics projects.
Packing and Shipping:
Packaging Methods:
Wooden Box Packaging: Lithium batteries can be securely packaged in
wooden boxes. This method ensures robust protection during
transportation, especially for bulk shipments or larger batteries.
It provides excellent shock absorption and is suitable for heavy or
fragile batteries.
Carton Packaging: For smaller or individual lithium batteries,
carton packaging is a common and cost-effective option. It provides
adequate protection against minor impacts and is suitable for
standard-sized batteries or smaller orders.
Customized Packaging per Customer Requirements: Some customers
might have specific packaging needs based on their shipping
preferences or to meet certain regulatory requirements. Yunfan
Factory offers the flexibility to tailor packaging according to
individual customer specifications, ensuring compliance and meeting
unique demands.
Transportation Methods:
Sea Transportation: Shipping lithium batteries via sea freight is a
cost-effective option for bulk orders or larger shipments. It's a
reliable method for transporting batteries in larger volumes,
though it might take longer compared to air or express
transportation.
Air Transportation: Air transportation is ideal for expedited
deliveries or urgent orders. It ensures faster delivery times
compared to sea transportation, making it suitable for
time-sensitive projects or when immediate availability of lithium
batteries is crucial.
Express Transportation: Services like express couriers (e.g., DHL,
FedEx, UPS) are suitable for smaller shipments or when prompt
delivery is required. These services offer quick and efficient
transportation, although they might be relatively more expensive
compared to sea or air freight.
Yunfan Factory offers flexibility in both packaging and
transportation methods, allowing customers to choose the most
suitable option based on their specific needs, order volume,
timeline, and budget. This approach ensures that lithium batteries
are securely packaged and transported in accordance with safety
regulations and customer preferences.
FAQ:
Q&A
- Q: What is the brand name of the Special Custom Battery?
A: The brand name of the Special Custom Battery is YUNFAN. - Q: Where is the Special Custom Battery from?
A: The Special Custom Battery is from Shenzhen. - Q: Does the Special Custom Battery have any certifications?
A: Yes, the Special Custom Battery has CE, UL, and RESH
certifications. - Q: What is the minimum order quantity for the Special Custom
Battery?
A: The minimum order quantity for the Special Custom Battery is 1
piece. - Q: How much is the Special Custom Battery?
A: The price of the Special Custom Battery is bargain.
