Lithium Battery Company · OEM Battery Programs
Compare 72V-class lithium battery packs by nominal voltage, capacity and chemistry for OEM equipment. Catalog from 10 units; custom design from 25.
Related catalog records with the same voltage, chemistry, and capacity are consolidated so buyers can compare meaningful pack options without repeated listings. Use these designs to compare capacity, chemistry, energy, enclosure, and discharge requirements.
The 72V label describes an equipment voltage class. Nominal voltage and full-charge voltage depend on cell chemistry and series count. Confirm the operating voltage window, continuous and peak current, duty cycle, runtime, reserve, regenerative current if applicable, charger profile, and physical envelope before choosing a pack.
Compare LFP and NMC chemistry, specify BMS protection and communications, and review charger compatibility. LBC then qualifies the electrical and mechanical interfaces for the application and intended production quantity.
Send a 72V battery project brief or browse application examples.
A “72V battery” is a voltage class, not a complete specification. The actual nominal and full-charge voltage depends on chemistry and series count, so the battery, BMS, charger, controller, contactors, cabling, and connected equipment must be reviewed as one electrical system.
Start with continuous and peak power, duty cycle, target runtime, usable state-of-charge window, reserve, temperature, and lifecycle goals. Amp-hours alone can be misleading unless the voltage and load profile are included.
Document peak discharge, regenerative or charge current, pre-charge, contactors, fusing, service disconnects, isolation, communications, connector ratings, thermal limits, ingress, vibration, and fault behavior. High-power mobility and industrial systems often fail at the interfaces rather than at the cell-energy calculation.
Provide the application, voltage window, continuous and peak load, runtime, charger, controller, available space, weight target, environment, connectors, communications, compliance requirements, first-order quantity, annual volume, and target milestone.
Catalog candidates by chemistry and series count. LBC confirms the charge profile and BMS limits; listing a charger does not approve compatibility.
These references use other voltage windows or configurable outputs. They are not approved matches for this hub class. Request an engineering review of the exact pack voltage.
Need a modified version? Talk to our battery pack manufacturing team about your OEM requirements.
Custom lithium battery pack design starts with the equipment voltage window, load profile, required runtime, charger and mechanical envelope. LBC supports LFP and NMC pack design, BMS integration and custom manufacturing for qualified OEM volume programs.
These existing catalog designs are examples for an engineering review, not an application approval. Nominal voltage may differ from the equipment voltage class.
Review AGV/AMR requirements, UAV battery design, telecom backup and commercial energy storage. Compare 24V-class packs and 48V-class packs.
Request an OEM battery design review or configure your pack requirements. Catalog programs start at 10 units; custom programs start at 25 units.
Catalog programs start at 10 units. Custom battery pack design and manufacturing programs start at 25 units.
Include the equipment application, operating voltage, continuous and peak load, runtime or capacity, charger, available space, BMS communications, first-order quantity and annual volume.
A reference design is a starting point. LBC reviews electrical, charging, mechanical, environmental and validation requirements before confirming a program specification.