26650 22.4V 27.2Ah LiFePO4 Battery for Robotic Systems

LiFePO4 Battery for Robotic Systems: 26650 22.4V 27.2Ah with RS485 for Automated Machines

Product Introduction

Technical Specifications

Table: LiFePO4 Battery for Robotic Systems Core Parameters

Core Advantages of LiFePO4 Battery for Robotic Systems

1. LiFePO4 Safety & Longevity for Robotic Operations

• Eliminates thermal runaway risks, ensuring safety in collaborative robotic environments (e.g., hospital service robots or warehouse AGVs).
• ≥2000 Cycle Life: Outlasts lithium-ion alternatives by 2-3 times, reducing battery replacement costs for robotic fleets by 60% over 5 years.”

2. RS485-Driven Smart Robotic Fleet Management

• Real-time transmission of battery SOC, voltage, and temperature to robotic control systems. Fleet managers can monitor 100+ robots’ battery health simultaneously, preventing unexpected shutdowns during critical tasks like parcel sorting (AGVs) or floor cleaning (robots).
• Customizable alerts for low battery, overcurrent, or overheating—critical for maintaining 99.9% uptime in automated robotic operations.”

3. Wide Temperature & Compact Design for Diverse Robotics

• -10~55℃ Operation Range: Powers robots in cold storage AGVs (-10℃) and warm hospitality service bots (55℃), ensuring uninterrupted automation in temperature-variable settings.
• 290mm×210mm×94mm Form Factor: Fits seamlessly into compact robotic chassis, from slim cleaning robots to agile AGV carts—no integration compromises.”

4. 10A Stable Discharge for Robotic Agility

• Powers AGV motors for hauling 500+ kg loads and cleaning robot brushes for deep-cleaning tasks, maintaining 22.4V stable output during peak load.
• Enables service robots to run 8+ hours on a single charge, covering 100+ guest rooms or 20,000 sqm warehouse floors.”

Application Scenarios

1. AGV Carts in Warehousing & Logistics

2. Cleaning Robots in Commercial & Industrial Spaces

3. Service Robots in Hospitality & Healthcare

LiFePO4 vs. Other Chemistries for Robotic Systems