Product Description:
A robot lithium battery is a power storage unit specifically
designed to provide energy to robotic systems. These batteries
utilize lithium-ion technology, offering a lightweight and
high-energy density solution for efficient and prolonged operation
of robots. They are engineered to meet the specific power demands
of robots, providing a reliable and rechargeable power source for
various robotic applications, from industrial automation to
consumer robotics. These batteries typically offer a balance
between capacity, weight, and lifespan, enabling robots to function
effectively and reliably during their tasks without frequent
recharging.
Features:
High Energy Density: They have a high energy-to-weight ratio,
providing a significant amount of power while remaining
lightweight, which is crucial for robots where weight affects
mobility.
Rechargeable: These batteries are rechargeable, allowing for
multiple cycles of use, which is essential for the continuous
operation of robots.
Long Lifespan: They have a relatively long lifespan compared to
other types of batteries, ensuring sustained performance over
extended periods.
Stable Structure: The batteries are constructed with a stable and
robust design, ensuring durability and reliability even in
challenging environments or when subjected to mechanical stress or
vibrations, a critical factor for robot applications.
Large Current Discharge Support: They are capable of supporting
large current discharges when needed, providing the necessary power
for high-demand tasks or sudden bursts of activity without
compromising performance or safety.
Fast Charge Capability: Many lithium batteries used in robotics
offer fast-charging capabilities, minimizing downtime between uses
or tasks.
Compact Design: They are designed to be compact and
space-efficient, allowing them to be integrated into various robot
designs without occupying excessive space.
These characteristics collectively contribute to the effectiveness
and reliability of lithium batteries in powering robots across a
wide range of applications, from industrial automation to household
and entertainment robots.
Technical Parameters:
| Charging temperature | 0~45°C | |
|---|
| Battery internal resistance | ≤150mΩ |
| Discharge temperature | -20~60°C |
| Size | 300*157*110mm |
| Weight | about 7.2kg |
| Communication protocol | RS485 |
| Product Features | Stable structure, supports large current discharge |
Applications:
Industrial Automation: Lithium batteries power robots used in
manufacturing and production lines for tasks like assembly,
material handling, and quality control, enabling continuous
operation with high energy efficiency.
Warehouse Robotics: Batteries play a crucial role in powering
automated guided vehicles (AGVs) and robots used in warehouses for
inventory management, picking, packing, and logistics operations,
ensuring seamless and efficient movement within the facility.
Healthcare Robotics: Robots in healthcare settings, such as robotic
surgery systems or rehabilitation aids, rely on lithium batteries
for mobility, precision, and prolonged operation, ensuring
uninterrupted assistance to patients.
Agricultural Robotics: Lithium batteries power agricultural robots
used in tasks like autonomous farming, crop monitoring, and
harvesting, providing the necessary energy for extended outdoor
operations.
Consumer Robotics: From robotic vacuums to companion robots,
lithium batteries enable longer runtimes and efficient performance
in various household applications, enhancing convenience and
functionality.
Space Exploration: In space missions, robots and rovers are powered
by lithium batteries due to their lightweight and energy-dense
properties, supporting exploration and data collection on other
planets or celestial bodies.
Underwater Robotics: Lithium batteries facilitate the operation of
underwater robots used for exploration, underwater inspections,
marine research, and pipeline maintenance, providing power for
extended periods in challenging environments.
Entertainment and Education: Robots used for entertainment or
educational purposes, such as drones, educational robots, and
robotic toys, benefit from lithium batteries for longer play or
learning sessions.
These scenarios highlight the versatility and significance of robot
lithium batteries across diverse industries and applications,
powering the functionalities and mobility of robots in various
environments and tasks.
Customization:
Customized Performance: Battery performance can be customized by
adjusting parameters like energy density, discharge rate, and cycle
life to suit the specific needs of the robot. For instance,
high-discharge batteries might be necessary for robots requiring
bursts of power, while others might prioritize longer lifespan or
capacity.
Customized Logo or Branding: Manufacturers often offer the option
to include custom logos or branding on the battery casing. This
allows companies to personalize the batteries according to their
brand identity or to facilitate identification in a fleet of
robots.
Customized Voltage: Robots have different voltage requirements
based on their design and components. Customizing the voltage of
lithium batteries ensures compatibility and optimal performance
with the robot's power system.
Customized Capacity: Tailoring the battery capacity involves
adjusting the amount of energy the battery can store. This
customization allows for meeting specific runtime requirements or
size constraints of the robot without compromising on power needs.
To achieve these customizations, collaboration with a battery
manufacturer or supplier is essential. Working closely with
us enables a thorough understanding of the robot's power needs
and allows for the development of bespoke lithium battery solutions
that precisely meet the desired specifications. This collaborative
process ensures that the customized batteries perform optimally
within the unique parameters of the robot's design and
functionality.
Support and Services:
Cost Efficiency: Directly purchasing from the factory can often
result in cost savings by eliminating middlemen. Yunfan Factory,
for instance, might offer competitive pricing due to streamlined
processes and direct sales.
Customization Options: Factories like Yunfan may offer
customization services, allowing customers to tailor batteries
according to specific voltage, capacity, or performance
requirements, ensuring a perfect fit for the robot's needs.
Quality Assurance: Buying from a factory known for its quality,
like Yunfan, ensures a certain standard of quality control. They
may have stringent quality checks throughout the manufacturing
process, providing reliable and high-quality lithium batteries.
Expertise and Support: Factories typically have in-house experts
who understand the intricacies of battery technology. Yunfan may
offer technical support, guidance, and expertise in selecting the
right battery specifications for the robot's optimal performance.
Direct Communication and Relationship: Directly dealing with the
factory fosters a closer relationship. Customers can communicate
their needs, provide feedback, and potentially influence future
developments in battery technology.
Timely Delivery and Flexibility: Direct purchasing often leads to
faster delivery times as it bypasses intermediaries. Yunfan Factory
may also offer flexibility in order quantities and delivery
schedules to accommodate specific customer needs.
Access to Innovation: Factories like Yunfan might be at the
forefront of battery innovation. Buying directly from such a
factory could provide access to cutting-edge technology and
advancements in lithium battery design and performance.
Trust and Reputation: Established factories often have a reputation
for reliability and trustworthiness. Yunfan Factory, with a proven
track record, might instill confidence in customers regarding the
quality and performance of their products.
In summary, sourcing robot lithium batteries directly from
factories like Yunfan can offer cost savings, customization
options, quality assurance, technical support, and access to the
latest advancements in battery technology, ensuring an optimal fit
for the requirements of robotic systems.
Packing and Shipping:
Packaging Methods:
Wooden Box Packaging: Lithium batteries are often packaged in
sturdy wooden boxes with internal cushioning to protect them from
physical damage during transportation. These boxes provide
excellent structural support and help prevent any mishandling.
Carton Packaging: For smaller quantities or individual units,
lithium batteries can be packed in cartons with adequate cushioning
and protection. This packaging method is suitable for smaller-sized
batteries and is often used for retail or individual shipments.
Customized Packaging: Manufacturers like Yunfan accommodate
specific customer requirements for packaging. This might involve
tailored packaging solutions based on the battery size, quantity,
and any specific handling instructions provided by the customer.
Transportation Methods:
Sea Transportation: For bulk shipments, especially for industrial
or larger quantities of lithium batteries, sea transportation is a
common and cost-effective method. It allows for the movement of
larger volumes of batteries in specialized containers, ensuring
adherence to safety regulations.
Air Transportation: Air transportation is preferred for urgent or
smaller shipments due to its speed. However, there are strict
regulations for air transport of lithium batteries due to safety
concerns. Specialized packaging and compliance with airline
regulations are necessary for safe air transport.
Express Transportation: Services provided by express couriers
facilitate the rapid delivery of lithium batteries. These couriers
adhere to specific regulations for handling and transporting
lithium batteries safely, ensuring quick and efficient delivery to
customers.
In all these packaging and transportation methods, compliance with
international regulations such as IATA (International Air Transport
Association) regulations for air transportation and IMDG
(International Maritime Dangerous Goods) Code for sea
transportation is crucial. This ensures the safe handling,
labeling, and documentation required for the transport of lithium
batteries, mitigating any potential risks during transit.
FAQ:
Special Custom Battery (new) FAQs
- Q: What is the Brand Name of Special Custom Battery (new)? A: The Brand Name of Special Custom Battery (new) is YUNFAN.
- Q: Where is the Place of Origin of Special Custom Battery (new)? A: The Place of Origin of Special Custom Battery (new) is Shenzhen.
- Q: What Certifications does Special Custom Battery (new) have? A: Special Custom Battery (new) has CE, UL, RESH Certifications.
- Q: What is the Minimum Order Quantity of Special Custom Battery
(new)? A: The Minimum Order Quantity of Special Custom Battery (new) is 1
Piece.
- Q: What is the Price of Special Custom Battery (new)? A: The Price of Special Custom Battery (new) is Bargain.
