EQUIPMENT INTEGRATION
AMR, AGV & robotics battery projects
Plan power around the mission. Bring together loaded duty, charging windows, battery data and service access before fixing a capacity target.
Battery projects are reviewed against the robot duty cycle and interfaces. No universal AMR replacement, hot-swap or charging-station compatibility is assumed.
For AMR and AGV manufacturers, robotics developers and system integrators planning repeat equipment deployments.
Request an application quote
BEFORE WE DEFINE THE PACK
The details that shape your project.
| Requirement | What to share or confirm |
|---|---|
| Mission and shift profile | Break down travel, lifting, computing, idle and standby loads. Include payload changes, simultaneous peaks, hours per shift and the energy reserve required to reach a charger. |
| Charging windows and docking | State when the robot can charge and for how long. Share docking contact, charger and handshake details; opportunity charging needs a matched battery, charger and operating strategy. |
| Data and control interface | Specify the required SOC, temperature, current limits and fault data, with protocol, message definitions and timing. A CAN connector alone is not an integration specification. |
| Protection and recovery behaviour | Describe how the robot and charger respond to low energy, temperature limits, lost communication or a pack disconnect. Agree recovery and service steps with the system safety design. |
| Packaging and service access | Provide the equipment envelope, mounting, connector access and replacement procedure. If swapping is required, distinguish powered-down exchange from operation while a pack is removed. |
| Acceptance and fleet supply | Define the representative mission test, temperature range, cycle conditions and service-life target. Share prototype timing, expected fleet volume and documentation requirements. |
An incomplete specification is welcome. Send the known requirements first; unresolved items become part of the review.
MAKE THE RIGHT CONNECTIONS
What should your battery do?
Projects begin with the robot architecture, duty profile and interfaces. Battery configuration, communication and charging functions are confirmed per project. We do not assume compatibility with existing robots or claim pre-validated hot-swap, fleet runtime or safety-critical operation.
Mission profile: capture travel, lifting, standby and simultaneous loads.
Charging: match available docking windows to the charging system.
Integration: specify battery data, control messages and fault responses.
Pilot: agree representative tasks and evidence before fleet deployment.
A USEFUL FIRST CONVERSATION
Bring us your project brief.
Share your system voltage, continuous and peak load, required runtime, available space and target quantity. If a specification is still incomplete, tell us what you know.
BUYER QUESTIONS
Before your first enquiry.
Will a battery with the same voltage work in our robot?
Not necessarily. The working voltage window, load peaks, charger, communication, mounting and fault response must be reviewed together. Existing equipment may also depend on a manufacturer-specific battery protocol.
How are sample quantity, MOQ and timing decided?
They follow the mechanical and interface scope, validation plan and forecast. Tell us whether you are building a prototype, a pilot fleet or a repeat production run so these can be assessed separately.
What should we test before deploying a fleet?
Validate a representative loaded mission, charging transitions, reported battery data and agreed fault cases in the intended robot. Record the configuration and acceptance results before expanding deployment; runtime claims need stated operating conditions.
YOUR NEXT BATTERY ORDER
Let’s find the right power.
Share your application, country and quantity. Let’s find the right product and supply route.