ROBOTICS · AGV · AMR · MOBILE AUTOMATION

Robotics, AGV & AMR
battery systems.

Custom LiFePO4 battery systems for mobile robotic equipment. Battery configuration is reviewed around load profile, runtime, available space, charging method, communication and operating environment.

SEND ROBOT BATTERY REQUIREMENTS View equipment types

ROBOTICS APPLICATIONS

Built for different mobile robotic platforms.

Battery requirements vary significantly between compact service robots and heavy-duty autonomous equipment. Each platform is reviewed around its load profile, runtime, charging method, communication and mechanical constraints.

AGV & AMR

Factory transport, material handling, pallet movement and autonomous intralogistics.

Warehouse & Logistics Robots

Mobile picking, tote handling, pallet transport and warehouse automation.

Inspection & Security Robots

Industrial inspection, patrol, monitoring and remote-operation platforms.

Agricultural & Outdoor Robots

Field robots, autonomous agricultural equipment, utility platforms and outdoor mobile machinery.

Robotic Lawn Mowers

Autonomous and remote-controlled mowing platforms requiring compact, weather-resistant battery systems.

Delivery & Service Robots

Indoor and outdoor delivery, hospitality, healthcare and commercial service robots.

Cleaning robots and commercial cleaning machines: floor scrubbers, sweepers and autonomous cleaning equipment are covered under Cleaning & Industrial Equipment.

DESIGN PRIORITIES

Requirements that define the battery.

Each industry is reviewed through its own operating and integration constraints.

Load profile

Continuous current, peak or surge current, regenerative current and duty cycle.

Charging strategy

Charging dock integration, simultaneous charge and discharge, and charger interface.

System communication

CAN, RS485, custom BMS settings and SOC communication.

Mechanical envelope

Dimensions, weight, housing, ingress protection, connectors and harness.

BATTERY PLATFORM / ARCHITECTURE

Voltage platforms for different robotic systems.

The platform establishes the electrical architecture. Capacity and current are then configured around the actual robot rather than fixed at page level.

25.6V

Compact robots, service robots and light mobile platforms

38.4V

Medium-duty robots, inspection and outdoor equipment

51.2V

AGV, AMR and industrial mobile robotics

60V–80V

High-power and heavy-duty autonomous equipment

These are representative LiFePO4 platform ranges rather than fixed battery models. Final voltage, capacity, continuous current, peak current and BMS configuration are confirmed against the actual equipment.

DELIVERED ROBOTICS PROJECT

Robot and heavy-duty AGV battery systems.

Two application-specific 51.2V platforms delivered for separate robotic equipment. These are project reference platforms, not stocked standard products.