Agricultural Automation Battery Solutions
LiFePO4 Battery Solutions for Agricultural Automation
Support agricultural robots, electric farm machinery, mobile livestock equipment and farm transport systems with reliable, long-life and integration-ready lithium power.
Application-Based
Battery configuration starts from equipment voltage, load, runtime, space and working environment.
Communication Options
Bluetooth, CAN, RS485, Victron or other interface needs can be reviewed by project requirement.
Sample Validation
Support for equipment-level testing before pilot run, small-batch trial or batch supply.
Global Project Support
Project delivery, documentation and after-sales coordination for B2B customers.
Industry Challenges
Power Challenges in Agricultural Automation
Agricultural automation equipment often operates away from easy maintenance access. Battery selection needs to start from duty cycle, outdoor exposure, charging method and integration requirements, not just nominal capacity.
Selection note: Runtime, load profile, system voltage, installation space, charging method and communication needs all affect the final battery platform.
Long Operating Hours
Agricultural equipment may need to work for long periods, repeated duty cycles or around-the-clock operation depending on the application.
High Maintenance Cost
Distributed farms and mobile equipment make frequent battery replacement, inspection and service more difficult.
Harsh Outdoor Conditions
Temperature changes, dust, moisture and vibration can affect battery reliability in farms, orchards and mobile outdoor equipment.
Different System Requirements
Voltage, capacity, installation space, peak load and communication needs vary from one agricultural device to another.
Solution Value
How Lossigy Supports Agricultural Equipment
Lossigy helps agricultural equipment teams evaluate suitable LiFePO4 battery platforms based on system voltage, runtime, load profile, installation space, charging method and working environment.
Application Scenarios
Battery Solutions Across Agricultural Applications
Use these scenarios to identify the closest match for your equipment and prepare voltage, runtime, load and communication requirements for battery platform matching.
Agricultural Robots
For weeding, fertilizing, inspection and autonomous field tasks that require stable output, lighter weight and equipment-level validation.
Electric Farm Machinery
For small agricultural machinery and electrified farm tools that need suitable 12V-class battery configurations and durable cycle life.
Mobile Livestock Equipment
For mobile poultry trailers, livestock systems, lighting, ventilation, doors and conveyor equipment that may need continuous power and solar charging support.
Farm Transport Equipment
For farm utility carts, livestock transport carts and crop handling equipment that require lightweight power for frequent movement.
System Power Logic
How the Battery Fits into Agricultural Equipment Systems
A typical agricultural equipment power setup connects charging input, charging control, LiFePO4 battery storage, BMS monitoring and equipment-side loads.
01
Solar / AC Charging
Charging input depends on farm power access, solar design and daily operating schedule.
02
Charger / MPPT
Charging hardware should match battery voltage, current and temperature behavior.
03
LiFePO4 Battery
Capacity, BMS, weight, footprint and optional features are matched by project need.
04
BMS & Monitoring
Selected configurations can support battery status review and communication requirements.
05
Equipment Loads
Power output supports motors, doors, lighting, ventilation, controllers and other loads.
Featured Project Reference
Proven Agricultural Projects
These agricultural projects show how different equipment types use different LiFePO4 battery configurations based on voltage, load, runtime, installation and system integration needs.
Agricultural Robot Battery Project
United States
Agricultural collaborative robots used for field tasks such as weeding and fertilizing require a battery configuration that can support runtime, weight control, power stability and whole-machine testing.
Lossigy supported the project with a 51.2V 30Ah LiFePO4 battery configuration for robot-side power matching and equipment-level testing.
Mobile Poultry Trailer Battery Project
Germany
Outdoor mobile poultry trailers power lighting, conveyor equipment, poultry doors and ventilation systems. The application requires continuous power, lower maintenance and system compatibility across distributed farms.
The project uses 2 x 24V 100Ah batteries in series, with communication and monitoring requirements matched for the application.
Project Support
Project Support from Testing to Delivery
Lossigy helps agricultural equipment teams move from battery platform matching to sample
testing, equipment validation and batch supply.
01
Application Review
Confirm equipment type, operating environment, system voltage, load profile and charging method.
02
Electrical Requirement Matching
Review voltage, capacity, peak current, runtime target, installation space and thermal needs.
03
Communication Confirmation
Check Bluetooth, CAN, RS485, Victron or other system connection needs before sampling.
04
Sample & Equipment Validation
Support sample evaluation, equipment-level testing and configuration adjustment.
05
Batch Supply & Support
Support the transition from testing and small-batch trial to batch delivery and after-sales coordination.
Tell us your agricultural equipment requirements, and our team will recommend a suitable Lossigy battery configuration
