LiFePO4 Battery Packs
LiFePO4 pack options can be evaluated for robot projects where their electrical, mechanical and operating characteristics fit the application.
AGV & AMR Robot Battery Solutions
Custom lithium battery packs for AGVs, AMRs and autonomous robotic systems.
BLUSENERGY evaluates battery pack configurations for AGV, AMR and robot projects based on the required load, runtime, charging method, available space and integration requirements.
Battery Requirements for AGV & AMR Projects
A robot battery project should be evaluated against the operating profile and the constraints of the host system. The following inputs help define a suitable pack configuration.
Runtime & Duty Cycle
Voltage & Capacity
Continuous / Peak Current
Available Space
Charging Method
BMS & Communication
Battery Solutions for Different Robot Designs
Chemistry and configuration are reviewed against load, space, weight, runtime, charging and other confirmed project requirements.
Cylindrical Lithium-ion Battery Packs
Cylindrical cell pack layouts can be reviewed where the required capacity, load and installation envelope support that architecture.
Custom Battery Pack Integration
Pack configuration, protection, interfaces and mechanical integration can be evaluated as one project-specific system.
Custom Battery Pack Options
Voltage, capacity, pack layout, connector, wiring, protection, communication, enclosure and labeling requirements can be reviewed for the selected configuration. Communication and BMS requirements are evaluated against the robot controller and project interface requirements.
- Voltage & Capacity
- Pack Layout
- Connector & Wiring
- Protection / BMS
- Communication
- Enclosure & Branding
Applications
AGVAMRWarehouse RobotService RobotDelivery Robot
Tell Us About Your Robot Battery Project
Send us the requirements you already know. Our team can review the battery configuration based on your application and project constraints.
Discuss Your Project- Robot / application type
- Required voltage
- Required capacity or runtime
- Continuous / peak current
- Available size / space
- Charging method
- Communication requirement
- Connector / wiring
- Estimated quantity
Project FAQs
What information is required to evaluate an AGV or AMR battery project?
Share the robot type, voltage, capacity or runtime target, continuous and peak load, available space, charging method, interfaces and estimated quantity. The final scope is subject to technical confirmation.
Can the battery pack layout be adapted to the robot’s available space?
Pack layout and mechanical integration can be reviewed against the confirmed installation envelope, electrical requirements and selected cell configuration.
Can BMS communication requirements be reviewed for the robot controller?
Yes. Communication and BMS requirements can be reviewed based on the controller, interface specification and selected battery configuration.
How should charging requirements be provided for an AMR battery project?
Provide the charging method, charger interface, operating schedule and any relevant system constraints for engineering review.
What documents can be discussed for the selected battery configuration?
Available technical and compliance documentation depends on the selected cells, pack configuration and target market and must be confirmed for the project.