AGV & Robot Battery Solutions
High-discharge cells and rugged packs for autonomous guided vehicles, warehouse robots, and industrial automation.
Applicable scenarios
Warehouse AMR fleets, forklift AGVs, pallet movers, conveyor robots, inspection robots and 24/7 industrial automation.
Recommended battery direction
High-discharge 18650/21700 NMC packs, typically 24V or 48V, selected around 7C-15C current demand and opportunity charging.
Inquiry CTA
Share peak current, runtime, compartment size and charge window for a matched pack shortlist.
Industry Overview
AGV and AMR fleets are expanding across warehousing, manufacturing, and logistics. For battery selection, the practical question is not only capacity; it is whether the pack can hold voltage during acceleration, lifting, docking charge cycles, and multi-shift operation.
Where it fits
24/7 warehouse AMRs, material handling AGVs, forklift AGVs and compact industrial robots.
Battery direction
Prioritize high-drain NMC cells, stable BMS communication and verified pulse-current curves.
Main risk
Underspecified cells can pass light lab tests but sag under real acceleration, lifting and fast-charge cycles.
Battery Requirements
AGVs and robots demand batteries that can handle extreme operating conditions. Here’s what matters:
High Pulse Discharge
AGVs draw 5-15C bursts during acceleration and lifting. Cells must handle these pulses without voltage sag.
Opportunity Charging
Warehouses charge during brief 10-15 minute docking windows. Cells need 3-4C fast-charge tolerance without degradation.
Cycle Durability
2000+ cycles at 80% DoD with daily high-current pulses. Lab cycle data at 0.2C does not apply to real-world AGV duty cycles.
Vibration & Shock Resistance
Warehouse floors, dock plates, and 24/7 operation mean constant mechanical stress on cells and welded connections.
Compact & Modular Design
AGV battery compartments are tight. Packs need high Wh/L density to maximize runtime within fixed physical dimensions.
Recommended Cells
| Recommended cell | Best-fit AGV / robot scenario | Priority parameter | Buyer check before quote |
|---|---|---|---|
| INR18650-2000mAh-15C | Heavy-load AGVs, forklift AGVs, pallet movers | 15C continuous; strongest pulse-current margin | Confirm peak lifting current, thermal space and pack cooling path |
| INR18650-2500mAh-10C | Standard warehouse AMRs and conveyor robots | 10C balanced power; practical runtime for shift operation | Check 48V current profile and opportunity-charge frequency |
| INR21700-3000mAh-10C | Next-gen AMRs needing extended runtime | Higher Wh per cell; reduces total cell count | Validate compartment dimensions and service access for larger cells |
| INR21700-4000mAh-7C | Light-load AMRs and inspection robots | Maximum runtime; best for low-to-moderate load cycles | Avoid overspecifying for heavy lift or frequent high-current bursts |
Typical AGV/AMR battery pack configuration
We match from BYD, Sunwoda, and Boliwei product libraries. Proven AGV/robot pack configurations:
- 24V 10S4P 18650 (2000mAh-15C) — 192Wh, 60A continuous, compact pallet-mover pack
- 48V 13S5P 18650 (2500mAh-10C) — 520Wh, 125A continuous, warehouse AMR standard
- 48V 13S4P 21700 (3000mAh-10C) — 624Wh, 120A continuous, extended-shift AMR
- 48V 13S5P 21700 (4000mAh-7C) — 1040Wh, 140A pulse, dual-shift capability without charging
Matching Process
Send the operating data first; we then compare it against proven manufacturer pack libraries and discharge curves before recommending a sample route.
1. Load profile
Peak current, continuous current, acceleration or lifting pulses, target 24V/48V system voltage.
2. Runtime and charging
Runtime between charges, charge window duration, docking frequency and expected daily cycles.
3. Pack constraints
Compartment dimensions, connector layout, BMS protocol, certification market and sample lead-time target.
Typical turnaround: 3-5 business days for recommendations and 3-6 weeks for samples with pulse test data.
Compliance Requirements
- UL 2580 (industrial vehicle batteries)
- IEC 62619 (industrial battery safety)
- UN38.3 (transport)
- CE / UKCA marking
- EN 1175 (industrial truck safety — applies to AGV batteries)
Case Example
European warehouse automation integrator
A 3PL fulfillment deployment needed 200 AMR packs at 48V / 520Wh, with 125A pulse capability and 3C opportunity charging. The original cell supplier quoted a 16-week lead time.
BYD product-library pack using 2500mAh-10C cells with equivalent electrical specs.
Existing UL 2580 certification and proven pack design shortened validation work.
200 units delivered in 8 weeks; fleet runs 20-hour daily duty cycles.
FAQ
Can your packs handle 24/7 multi-shift operation?
Yes — our matched packs with 10C+ cells support opportunity charging (10-15 minute charge windows between shifts). Combined with active balancing BMS, packs maintain performance through 2000+ cycles under real-world warehouse duty cycles.
What BMS communication protocols do you support?
CAN bus (CANopen, J1939), RS485 (Modbus), and SMBus are standard on matched packs. We ensure the BMS integrates with your AGV’s fleet management system before finalizing the match.
Power Your AGV Fleet
Share your current draw, voltage, runtime, and charge window. We’ll match a proven pack designed for 24/7 operation.