Skip to content

INDUSTRY / AGV & ROBOTICS / LOGISTICS AGV & FORKLIFT AMR

Lithium Battery Packs & Cells for Warehouse AGV & Autonomous Mobile Robots (AMR)

Under-ride shelf-lifting AGVs, autonomous tote-picking AMRs, and unmanned counterbalance forklift AGVs operate 24/7 in fulfillment centers using automated contact-plate opportunity charging (1C–2C) every 2 to 4 hours. We supply 3.2V 30Ah LiFePO4 pouch cells, Gotion 3.2V 30Ah–63Ah prismatic cells, and custom 24V/48V AGV battery modules.

Application Scope
Under-ride lifting AGVs, tote-picking AMRs, unmanned forklift AGVs
Voltage Platform
24 V (25.6 V) and 48 V (51.2 V) 30Ah–100Ah 1C–2C fast-charge packs
Cell Options
3.2V 30Ah LiFePO4 Pouch Cell & Gotion 3.2V 30Ah / 40Ah / 52Ah
3.2V 30Ah LiFePO4 pouch battery cell
LOGISTICS AGV & FORKLIFT AMR 3.2V 30Ah LiFePO4 Pouch Battery Cell

MATCHED BATTERY PACKS & CELLS · LOGISTICS AGV & FORKLIFT AMR

Battery Packs and Grade-A Cells for Warehouse AGV & Autonomous Mobile Robots (AMR)

← Back to AGV & Robotics

CUSTOM BATTERY PACK ENGINEERING (LOGISTICS AGV & FORKLIFT AMR)

Need a Custom 24 V (25.6 V) and 48 V (51.2 V) 30Ah–100Ah 1C–2C fast-charge packs Pack for Warehouse AGV & Autonomous Mobile Robots (AMR)?

AntBattery currently supplies matched bare cells (3.2V 30Ah LiFePO4 Pouch Cell & Gotion 3.2V 30Ah / 40Ah / 52Ah) and assembles custom 24 V (25.6 V) and 48 V (51.2 V) 30Ah–100Ah 1C–2C fast-charge packs series-parallel battery packs for Under-ride lifting AGVs, tote-picking AMRs, unmanned forklift AGVs with tailored L × W × H enclosures, BMS current ratings, and wire harnesses.

Configure Custom Battery Pack

ENGINEERING VERIFICATION

Warehouse AGV & Autonomous Mobile Robots (AMR) Operating Conditions and Cell / Pack Sizing

Submit Compartment & Load Specs

Parent & sibling categories in AGV & Robotics: Commercial Service & Delivery Robots, Inspection Robots & Quadruped Robot Dogs, Solar Panel & Pool Cleaning Robots. Related voltage catalog: 24V & 48V AGV Battery Platforms.

01

Low-Profile Chassis Height for Under-Ride Shelf AGVs

Goods-to-person AGVs that slide beneath warehouse racks limit total battery module height to 110 mm–160 mm; 3.2V 30Ah LiFePO4 pouch cells and Gotion 30Ah/52Ah prismatic cells fit ultra-flat trays.

02

1C–2C Opportunity Charging via Floor / Side Contact Plates

Automated charging docks engage copper brush pads for 10–20 minute bursts; cells must exhibit low DCIR and minimal lithium-plating risk under high-rate charge pulses.

03

24V (8S 25.6V) & 48V (15S 48V / 16S 51.2V) Drive Bus Integration

Match nominal pack voltage to your servo wheel hub drives and lifting ball-screw actuators.

04

Host Fleet Controller Telemetry & Contactor Pre-Charge

Custom AGV packs integrate pre-charge resistors (to protect dock contactors from capacitive arcing) and real-time SOC/SOH reporting to the AMR fleet scheduler.

TECHNICAL REFERENCE

Warehouse AGV & Autonomous Mobile Robots (AMR) Battery Engineering FAQs

Why are 3.2V 30Ah LiFePO4 pouch cells and Gotion 30Ah–63Ah prismatic cells ideal for warehouse AMRs?

Both cell formats combine compact height for low-profile AMR chassis with low internal resistance that supports frequent 1C–2C opportunity charging without overheating.

How does automated contact-pad charging affect AGV BMS design?

Because charging brushes mate and unmate while the robot docks, the AGV BMS controls a solid-state or relay switch that only energizes the external charging pads after physical docking handshake is confirmed.

What voltage and capacity are standard for 500 kg–1,500 kg payload warehouse AGVs?

500 kg–1,000 kg under-ride AGVs typically use 24V (25.6V) or 48V (51.2V) 30Ah to 63Ah packs, while heavy unmanned forklift AGVs use 48V 100Ah–280Ah prismatic modules.

Can we source matched bare 3.2V 30Ah pouch or Gotion 30Ah/52Ah/63Ah prismatic cells?

Yes. We supply both batch-matched bare LiFePO4 cells and complete custom-enclosed 24V/48V AGV battery modules.

CUSTOM ENGINEERING & QUOTATION

Warehouse AGV & Autonomous Mobile Robots (AMR) Battery Engineering Inquiry

Provide your AGV or AMR voltage (24V/36V/48V), capacity (30Ah–100Ah+), maximum charge current (A), and low-profile bay dimensions (L × W × H mm).

Discuss on WhatsApp

Send Your Project Requirements

Fields marked * are required. Direct engineering response within 24 hours.