LiFePO4 Battery Solutions for Smart Robots
High-Performance Power for Service Robots, AGV, Delivery Robots & Industrial Automation
Why Choose Our LiFePO4 Batteries for Smart Robots?
Extended Runtime
High energy density provides 6-12 hours of continuous operation for service robots and AGVs.
Fast Charging
1-2C charging enables quick battery swaps and minimal downtime for robot fleets.
Smart BMS
Advanced battery management with real-time monitoring via CAN bus, RS485, or SMBus.
Safe Chemistry
LiFePO4 chemistry eliminates thermal runaway risks for safe indoor robot operation.
Battery Configurations
Standard voltage and capacity options for various robot types
Compact Series
12V - 24V
5-20Ah
Standard Series
24V - 36V
20-50Ah
Power Series
48V
50-100Ah
Heavy-Duty Series
60V - 72V
100-200Ah
Custom Solutions
Any Voltage
Custom Capacity
Custom Battery Design for Your Robot
Every robot has unique power requirements. Our engineering team works closely with you to design the optimal battery solution that fits your form factor, performance specifications, and budget.
- Custom voltage and capacity configurations
- Flexible form factors for tight spaces
- Integrated communication protocols (CAN, RS485)
- Application-specific BMS programming
- Rapid prototyping in 2-4 weeks
Why LiFePO4 for Robotics?
Superior performance and safety for autonomous and service robots
High Energy Density
Compact size with maximum capacity
2000+ Cycles
Long lifespan reduces total cost
Fast Charging
1-2C charging minimizes downtime
Safe Chemistry
No thermal runaway, safe indoors
Wide Temperature Range
-20°C to 60°C operation
Flat Discharge Curve
Stable voltage throughout discharge
Smart BMS
Advanced monitoring and protection
Eco-Friendly
Non-toxic, recyclable materials
Technical Specifications
Key performance metrics for our robot battery solutions
Robot Applications
Battery solutions for various types of smart robots
Service Robots
Hotel service robots, restaurant servers, cleaning robots, and customer service assistants.
AGV & AMR
Automated guided vehicles and autonomous mobile robots for warehouse and manufacturing.
Delivery Robots
Last-mile delivery robots, food delivery bots, and parcel delivery systems.
Industrial Automation
Robotic arms, assembly line robots, pick-and-place systems, and automated machinery.
Educational Robots
STEM learning robots, teaching assistants, and educational programming platforms.
Inspection Robots
Pipeline inspection, structural monitoring, and security patrol robots.
Quality Assurance & Cell Selection
Premium LiFePO4 Cells
We use only Grade A LiFePO4 cells from top manufacturers, ensuring consistent performance, long cycle life, and reliability.
Rigorous Testing
Every battery undergoes comprehensive testing including capacity check, voltage matching, internal resistance measurement, and safety validation.
Cell Matching
Precise cell matching ensures balanced performance and extends overall battery pack lifespan.
Certifications & Compliance
Frequently Asked Questions
Common questions about our robot battery solutions
Service robots typically require 20-100Ah battery packs depending on size and workload. AGV and delivery robots often use 48V 50-100Ah packs for 6-10 hours of continuous operation. Contact us with your robot's specifications for a custom recommendation.
Yes, our batteries support 1-2C fast charging. A 50Ah battery can be fully charged in 30-60 minutes with appropriate charging infrastructure. We can customize BMS settings to optimize for your fleet's operational schedule.
Absolutely. We integrate CAN bus, RS485, RS232, and SMBus communication protocols. This enables real-time monitoring of voltage, current, temperature, and state of charge for robot management systems.
Our batteries include comprehensive protection: overcharge, over-discharge, overcurrent, short circuit, temperature monitoring, and cell balancing. All are UN38.3 certified and include secondary protection circuits for redundancy.
Yes, we specialize in custom battery pack design. Our engineering team can create batteries that fit your robot's exact space constraints, whether split-pack configurations, cylindrical cells, or prismatic arrangements.