Custom lithium battery pack solutions for humanoid robots, quadruped robots, AGV systems, AMR platforms, industrial robots, unmanned vehicles and robotic power systems.
Custom Battery Solutions for Robotics Applications
Robotics applications require battery packs with stable power output, high discharge performance, compact structure, reliable protection and long operating time. Unlike ordinary battery-powered devices, robots often need to support motors, controllers, sensors, communication modules and intelligent control systems at the same time.
At Batteries Custom, we provide custom robotics battery solutions for different robotic platforms, including humanoid robots, quadruped robots, industrial robots, handling robots, AGV vehicles, AMR systems, unmanned ground vehicles and underwater robots. Our team can design lithium-ion battery packs, LiFePO4 battery packs, 18650 battery packs, 21700 battery packs and custom rechargeable battery assemblies according to your robot structure and power requirements.
For humanoid robot projects, products such as the 48V 9Ah Humanoid Robot Battery Custom 40C Low-Temperature NMC Lithium Battery can be used as a suitable reference for compact robotic power system design.
Why Robotics Battery Design Matters
A robot battery pack is not only responsible for runtime. It also affects movement stability, motor response, system safety, charging efficiency, weight distribution and the overall reliability of the robotic platform.
A suitable robotics battery solution should consider:
- Voltage platform
- Battery capacity
- Continuous discharge current
- Peak discharge current
- Motor startup load
- Battery size and weight
- Robot balance and installation space
- BMS protection
- Charging method
- Connector and cable design
- Operating temperature
- Cycle life requirement
- Vibration and impact resistance
- Export packaging and transportation requirements
If the battery pack is not designed correctly, the robot may experience short runtime, unstable movement, voltage drop under load, poor charging performance, overheating, battery swelling, early capacity loss or unexpected shutdown during operation.
Common Robotics Applications
Our custom battery packs can be used in many robotics and intelligent mobility applications, including:
- Humanoid robots
- Quadruped robots
- Robot dogs
- Hexapod robots
- AGV robots
- AMR robots
- Industrial robotic arms
- Handling robots
- Inspection robots
- Cleaning robots
- Warehouse robots
- Unmanned ground vehicles
- Unmanned delivery vehicles
- Underwater robots
- Tunnel inspection robots
For quadruped robot and robot dog applications, a battery such as the 58V 45Ah Quadruped Robot Dog Battery Pack Custom 40C Low-Temperature LiFePO4 Battery can provide a useful reference for higher-capacity robotic power systems that require stable output and long runtime.
Battery Requirements for Different Robot Types
Humanoid Robots
Humanoid robots usually need compact battery packs with high energy density, stable discharge output and carefully controlled weight. Battery size, weight distribution and connector position are important because they directly affect robot balance and movement stability.
For humanoid robots, the battery pack often needs to support motors, sensors, control boards, communication modules and intelligent computing units. A custom battery design can help match the robot body structure and expected runtime.
Quadruped Robots and Robot Dogs
Quadruped robots often require strong discharge capability because leg movement creates frequent current changes. The battery pack must support peak loads during walking, climbing, running or obstacle crossing.
Battery structure, vibration resistance, thermal performance and connector stability are important for this type of robotic application.
AGV and AMR Robots
AGV and AMR robots usually need higher-capacity battery packs for long working hours in warehouses, factories, logistics centres and automated production lines. These systems may focus on cycle life, charging efficiency, safety protection and predictable runtime.
For unmanned vehicle projects, products such as the 48V 50Ah Power Battery Custom 2.4kWh Small Delivery Unmanned Vehicle LiFePO4 Battery can be used as a reference for mobile robot and unmanned delivery power systems.
Industrial Robots
Industrial robots and robotic tools may require battery packs with strong mechanical stability, reliable protection and consistent power output. For some equipment, the battery must also work under low-temperature, high-vibration or outdoor operating conditions.
Underwater and Inspection Robots
Underwater robots, tunnel robots and inspection platforms may need special battery packs with waterproof, pressure-resistant, low-temperature or high-voltage design requirements. These projects usually require customised engineering instead of standard battery models.
Recommended Battery Types for Robotics
Lithium-ion Battery Pack
Lithium-ion battery packs are widely used in robotics because they offer good energy density, flexible voltage configuration and reliable rechargeable performance. They are suitable for humanoid robots, industrial robots, mobile platforms and compact robotic systems.
LiFePO4 Battery Pack
LiFePO4 battery packs are suitable for robots that require long cycle life, stable discharge performance and good safety characteristics. They are often used in AGV systems, AMR robots, unmanned vehicles and industrial mobile platforms.
18650 Battery Pack
18650 battery packs are suitable for medium-sized robotic devices that need stable capacity and mature cell availability. They can be customised with different series and parallel structures according to voltage and current requirements.
21700 Battery Pack
21700 battery packs are suitable for robotic applications that need higher capacity and improved energy density compared with traditional cylindrical cell packs. They are often used in larger robots, mobile platforms and high-capacity custom power systems.
Lithium Polymer Battery
Lithium polymer batteries are suitable for compact robots, lightweight robotic devices, smart robotic accessories and applications where battery shape and thickness are important.
Custom Robotics Battery Pack
For robotics projects with special size, high current, low-temperature performance, waterproof structure, communication requirements or custom casing design, a custom robotics battery pack is often the best solution.
Robotics Battery Pack Customisation Options
We support robotics battery customisation according to your robot structure, load condition and working environment.
Available custom options include:
- Voltage configuration
- Capacity design
- Continuous discharge current design
- Peak discharge current design
- Cell chemistry selection
- 18650 or 21700 cell structure
- LiFePO4 or NMC battery design
- BMS protection design
- Communication function
- Connector type
- Cable length and output direction
- Battery casing design
- Waterproof structure
- Low-temperature performance
- Charging port design
- Label and packaging customisation
- Sample production
- Mass production support
How We Develop a Robotics Battery Solution
1. Robot Application Review
We first review the robot type, operating mode, motor load, controller requirement, expected runtime, installation space, charging method and working environment.
2. Power Requirement Analysis
Robotics applications often have both continuous current and peak current requirements. We evaluate the robot load condition to make sure the battery pack can support stable operation during movement, startup, acceleration and heavy-load tasks.
3. Battery Chemistry Selection
Based on the application, we recommend a suitable battery chemistry, such as NMC lithium-ion, LiFePO4, 18650, 21700 or lithium polymer battery.
4. Electrical Design
We design the voltage, capacity, series-parallel structure, discharge current and protection circuit according to the robot’s electrical system.
5. Mechanical Structure Design
The battery pack structure is designed according to the robot’s available space, fixing method, centre of gravity, cable direction and connector position.
6. BMS and Protection Design
The BMS can be matched according to voltage, current, cell structure and safety requirements. Protection functions can include overcharge, over-discharge, overcurrent, short-circuit and temperature protection.
7. Sample Production
After confirming the technical direction, we can arrange sample production for testing and verification.
8. Testing and Production
After sample approval, we support battery testing, batch production, quality inspection, packaging and export delivery.
Testing and Quality Control
Robotics battery packs must be stable, safe and durable. During production and inspection, we can support different testing processes based on project requirements.
Common testing items include:
- Voltage testing
- Capacity testing
- Internal resistance inspection
- Charge and discharge testing
- Continuous current testing
- Peak current testing
- BMS protection testing
- Overcharge protection testing
- Over-discharge protection testing
- Short-circuit protection testing
- Temperature performance check
- Connector and cable inspection
- Aging test
- Appearance inspection
- Packaging inspection
Information We Need for Your Robotics Battery Project
To design a suitable robotics battery pack, please provide the following information:
- Robot type
- Required voltage
- Required capacity
- Expected runtime
- Continuous discharge current
- Peak discharge current
- Motor power
- Battery size limit
- Battery weight limit
- Connector type
- Cable length
- Charging method
- Operating temperature
- Waterproof or casing requirement
- Communication requirement
- Estimated order quantity
If your robot is still in the development stage, you can send us your power system requirements, CAD battery space, motor parameters or expected runtime. Our team can help evaluate the suitable battery pack direction.
Why Choose Batteries Custom
Batteries Custom provides application-based battery pack solutions for robotics and intelligent equipment projects. Instead of offering only standard battery models, we help customers design battery packs according to the actual robot structure, power load and working environment.
Our advantages include:
- Custom robotics battery pack design
- LiFePO4 and lithium-ion battery solutions
- 18650 and 21700 battery pack assembly
- High-discharge battery pack support
- Low-temperature battery design
- BMS and protection circuit matching
- Connector and cable customisation
- Sample development support
- Small and bulk order support
- Export packaging support
Related Battery Products
48V 9Ah Humanoid Robot Battery 432Wh58V 45Ah Quadruped Robot Dog Battery Pack48V 50Ah Small Delivery Unmanned Vehicle Battery25.2V 12.6Ah Quadruped Robot Dog Battery
Related Applications
- Humanoid Robot Battery Solutions
- Quadruped Robot Battery Solutions
- AGV Battery Solutions
- AMR Battery Solutions
- Industrial Robot Battery Solutions
- Unmanned Vehicle Battery Solutions
- Underwater Robot Battery Solutions
FAQ
Can you customise battery packs for robots?
Yes. We can customise robotics battery packs according to voltage, capacity, discharge current, size, connector, battery chemistry, BMS protection and application requirements.
What battery type is suitable for robotics applications?
Lithium-ion, LiFePO4, 18650, 21700 and lithium polymer batteries can all be used for robotics applications. The best choice depends on robot type, current load, runtime, weight limit and working environment.
Can you design a battery pack for humanoid robots?
Yes. We can design compact and lightweight battery packs for humanoid robots based on voltage, capacity, size, weight and discharge requirements.
Can you make battery packs for AGV and AMR robots?
Yes. We can customise higher-capacity LiFePO4 or lithium-ion battery packs for AGV, AMR and unmanned vehicle platforms.
Can you support high discharge current battery packs?
Yes. We can evaluate continuous current and peak current requirements and recommend a suitable cell structure, BMS and battery pack design.
Can you customise the connector and cable?
Yes. Connector type, cable length, output direction, charging port and wiring layout can be customised according to your robot structure.
Do you support sample production before mass production?
Yes. Samples can be produced after specifications are confirmed. The samples can be used for robot testing, structure verification and runtime evaluation.
Start Your Robotics Battery Project
If you need a custom battery pack for humanoid robots, quadruped robots, AGV systems, AMR platforms, industrial robots or unmanned vehicles, send us your project requirements.
Our team will help you choose the right battery chemistry, design the battery pack structure and recommend a suitable BMS protection solution for your robotics application.
Contact Batteries Custom today to discuss your custom robotics battery solution.