Robotics & Automation Lithium Battery Solutions
Industrial robots, AGVs, and autonomous mobile robots require stable, high-performance lithium battery systems to ensure precision motion control, long operating hours, and safe system integration.
LARGE specializes in custom lithium battery packs for robotics and automation equipment, providing engineered battery solutions for industrial robots, AGV battery packs, AMR battery systems, and intelligent automation platforms.
We support full system-level customization including high-rate cell selection, intelligent BMS communication (CAN / SMBus), thermal management optimization, and vibration-resistant structural design.
Industry Pain Points
·Frequent acceleration causes battery stress and voltage drop
·Continuous operation requires long runtime with minimal downtime
·Vibration and shock affect battery stability
·Limited internal space restricts standard battery integration
·Poor SOC accuracy leads to unexpected shutdown
·High system integration demand (CAN communication required)
LARGE Advantages
·High-rate cells designed for dynamic load response
·Stable voltage output for precision motor control
·Reinforced internal structure for vibration resistance
·Compact custom design for space-limited robotic systems
·Intelligent BMS with accurate SOC estimation
·CAN / SMBus communication supported
Robotics & Automation Lithium Battery Applications
Industrial Robotics
Stable, high-capacity power for continuous operation in manufacturing and assembly lines.
· Factory Inspection Robot
· Electric Forklift
· AGV
· Industrial Environmental Monitoring Robot
· Warehouse Sorting Robot
Mobile Robotics
Long-lasting energy supply for autonomous navigation and material transport.
• Guide Robot (Retail / Exhibition)
· Pipeline Inspection Robot
· Reception Robot
· Tunnel Inspection Robot
Service Robotics
Reliable power for interaction, mobility, and operational consistency in human environments.
· Cleaning Robot
· Food Delivery Robot
· Building Service Robot
Special-Purpose Robotics
Custom power solutions for hazardous or specialized applications, including inspection and rescue.
· Firefighting Robot
· Search and Rescue Robot
· Power Line Inspection Robot
· Explosive Ordnance Disposal (EOD) Robot
Explore More Robotics Battery Solutions >>
Reliable battery solutions for diverse robotics applications, ensuring performance and adaptability
Robotic Lithium ion Battery Pack Solution
22.2V 20000mAh AGV Lithium ion Battery Solution
Customer Background
A U.S.-based warehouse automation provider required a high-efficiency 22.2V lithium battery pack for its AGV sorting robots used in large-scale logistics centers. The AGVs operated continuously in multi-shift environments, demanding long runtime, stable power output, and high cycle durability. The customer needed a reliable battery solution capable of supporting intensive daily operations while minimizing downtime and maintenance costs.
- Long runtime with minimal downtime
- Integration with vehicle control system via CAN
- High current discharge during acceleration
- Resistance to vibration and mechanical shock
Dynamic Power Platform
- 18650 / 21700 high-rate cells
- 6S3P / 6S4P configurations (depending on project requirements).
- Low internal resistance design
- High discharge capability (10A–60A continuous optional)
- Optimized voltage stability under dynamic loads
- Precision cell matching for long cycle life
Intelligent Energy Management
- CAN / SMBus communication
- Real-time SOC estimation
- Current & temperature monitoring
- Multi-layer protection strategy
- Data logging capability
- Support for system integration
Structural Reinforcement for Mobile Systems
- Vibration-resistant internal fixation
- Shock-absorbing structural design
- Reinforced nickel busbar welding
- High-strength enclosure options
- Thermal management channels
- Compact design for limited installation space
14.8V 12000mAh Service Robot Lithium Battery Solution
Customer Background
A service robotics company required a lightweight and reliable lithium battery system for indoor delivery and guidance robots operating in commercial environments such as shopping malls and office buildings.
The robot needed long operating hours, stable motion control, and intelligent battery monitoring to support daily high-frequency use.
- Long runtime required for full-day operation
- Frequent start-stop movement causing current fluctuations
- Limited internal installation space
- Requirement for accurate SOC display for user interface
- High cycle life expectation due to daily charging
Compact Energy Architecture
- 18650 / 21700 high energy density cells
- 4S2P / 4S3P customizable configuration
- Compact pack layout design
- Optimized weight-to-capacity ratio
- Flexible shape adaptation for limited internal space
- Customized nickel busbar for stable connection
Intelligent Runtime Management
- Accurate SOC estimation
- Real-time battery status monitoring
- CAN / SMBus communication support
- Smart charging management strategy
- Low standby power consumption design
- Cycle life optimization
Safety & Durability Optimization
- Multi-layer BMS protection
- Temperature monitoring (NTC integration)
- Vibration-resistant internal fixation
- Overcharge / over-discharge protection
- Long cycle life design (>800–1000 cycles optional)
- Stable voltage output for motion control
Robot Lithium ion Battery Selection Guide
Robotics batteries must match runtime, power demand, charging strategy, safety, and structural constraints.
Key Selection Factors
- Runtime → Capacity
Longer operation requires higher Ah configuration. - Motor Load → Discharge Rate
High torque systems need high-rate cells to maintain stable output. - Charging Strategy → Efficiency
Fast or opportunity charging reduces downtime. - System Safety → BMS
Full protection, temperature monitoring, and communication support are essential. - Space Constraint → Structure
Battery size and layout must fit the robot’s internal design.
Battery Chemistry Options
- LFP
High safety, long cycle life — ideal for industrial robots. - NMC
High energy density, lighter weight — suitable for service and mobile robots. - LTO
Ultra-fast charging, long lifespan — for high-frequency operation.
Final Insight
Runtime, weight, charging speed, and cost must be balanced.
Robot batteries are not standard products — they are application-driven custom solutions.
Frequently Asked Questions
Q: Do you provide custom lithium batteries for robots?
A: Yes. We design and manufacture custom robot lithium battery packs based on system voltage, power demand, and communication requirements.
Q: Can your AGV battery pack support CAN communication?
A: Yes. Our BMS supports CAN, SMBus, and other industrial communication protocols.
Q: What voltage platforms are common in robotics?
A: 14.8V, 22.2V, and 25.9V are commonly used depending on motor power and system architecture.
Q: How do you ensure safety in mobile robotic battery systems?
A: Through multi-layer BMS protection, strict cell matching, reinforced mechanical design, and thermal management strategies.
Q: Do you support small-batch development?
A: Yes. We support prototype samples and mass production for robotics and automation projects.
Start Your Robotic Battery Solution Review
·Auditable prototype solution within 3–7 days
·Certification pre-assessment & small-batch validation support
