High-Discharge Lithium Packs for Robots & AGVs
Robotics & Automation Battery Manufacturer India
Get an Instant Quote on WhatsAppLast updated: · Reviewed by the Leolus Energy engineering team, Bangalore.
Robots run on duty cycles that punish ordinary batteries — high discharge for motors, frequent fast-charging between tasks, and the expectation of years of daily operation. Leolus Energy builds custom lithium batteries for robotics and automation that deliver the current, cycle life and thermal stability autonomous machines need.
From robotic vacuum cleaners to AGVs and autonomous mobile robots, we engineer packs for motor-driven loads, fast docking cycles and dependable runtime — so service robots and industrial automation keep moving.
Robotics & Automation We Power
Robotic Vacuum Cleaners
High-cycle 14.8V-class packs tuned for motor-driven suction and daily docking cycles.
Service Robots
Reliable batteries for hospitality, cleaning and service robots running long shifts.
AGVs (Automated Guided Vehicles)
High-discharge, high-capacity packs for material-handling AGVs in warehouses and plants.
Autonomous Mobile Robots (AMR)
Fast-charge, long-cycle batteries for AMRs needing maximum uptime between charges.
Inspection Robots
Rugged packs for inspection and surveillance robots in industrial environments.
Educational & Service Robots
Safe, dependable batteries for educational robotics and light service machines.
Industrial Automation Equipment
Custom battery solutions for automated equipment and robotic cells.
What a Robotics and AMR Battery Specification Has to Pin Down
Most enquiries we receive specify capacity and voltage and stop there. For robotics & automation the parameters below decide whether the pack survives its intended service life, and they are the ones worth agreeing before a purchase order.
| Parameter | Typical requirement | Why it decides the outcome |
|---|---|---|
| Continuous and peak discharge | Continuous rating plus 3–5x peak headroom | Drive motors pull hard on acceleration and on incline. A pack sized for cruise current sags on every ramp and trips the controller. |
| Opportunity charging tolerance | Designed for frequent partial charge | AMRs top up between tasks rather than running full cycles. Cells and BMS have to tolerate constant partial charging without cumulative imbalance. |
| Communication protocol | CAN bus or RS485 with documented register map | A robot controller needs live cell voltages, temperature and state of charge to plan its own charging. An opaque BMS makes fleet scheduling impossible. |
| Cycle life at real depth of discharge | ≥2,000 cycles at 60–70% DoD | Robots cycle several times a day. At 300 working days a year, cycle life is the dominant term in total cost of ownership. |
| Mechanical mounting | Defined shock and vibration rating | Industrial floors have expansion joints, ramps and debris. Continuous low-frequency vibration is harder on cell tabs than occasional impact. |
Three Mistakes We See Repeatedly
These come up often enough in robotics & automation projects that they are worth stating plainly. None of them are exotic; all of them are expensive to discover after tooling is committed.
Sizing for runtime instead of throughput
The right question is tasks completed per shift, not hours per charge. A smaller pack with fast opportunity charging often beats a larger pack that has to be swapped.
Closed BMS
A pack whose state of charge cannot be read by the fleet manager forces conservative scheduling and wastes capacity. Insist on a documented protocol.
Thermal design for a stationary test
Packs tested on a bench in still air behave differently inside a sealed chassis with no airflow. Validate thermals in the actual enclosure.
If you are working through a specification and want a second opinion before committing, send it over — we would rather flag a problem at the drawing stage than build to a spec we know will disappoint. See how our custom pack process works.
Robotics & Automation Batteries — FAQs
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See how our custom battery pack process works — spec, prototype, production.