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How to Size an AGV Battery Pack: Runtime, Peak Current, and Charging Strategy
A practical engineering guide to AGV and AMR battery sizing, covering duty-cycle energy, peak current, usable capacity, charging windows, regenerative braking, BMS communication, temperature allowances, and complete-machine validation.
24V vs 48V Lithium Battery Packs: How OEMs Choose the Right System Voltage
A practical engineering guide to choosing between 24V and 48V/51.2V lithium battery platforms, covering current demand, cable loss, runtime, charging, controllers, BMS communication, system migration, and validation.
How to Specify a Lithium Battery Pack for Cold Storage Equipment: Charging, Condensation and Validation
A practical guide for cold-chain equipment manufacturers selecting a lithium battery pack, covering low-temperature discharge, charging limits, voltage sag, heating, condensation, enclosure design and environmental validation.
Why a Lithium Battery Shuts Down Under Load: Voltage Sag, Peak Current and BMS Protection
An engineering guide to diagnosing lithium battery shutdowns during motor starting, acceleration and other high-load events, covering voltage sag, current demand, BMS thresholds, cables, connectors, temperature and practical test methods.
RS485 vs CAN for Industrial Battery BMS: How OEMs Choose the Right Communication Interface
A practical engineering guide comparing RS485 and CAN communication for industrial lithium battery BMS integration, including topology, protocol compatibility, message mapping, wiring, termination, fault handling, testing and RFQ requirements.
How to Choose a Custom Lithium Battery Pack for OEM Equipment: 8 Engineering Checks Beyond Voltage and Capacity
A practical guide for OEM engineers and buyers on selecting an industrial lithium battery pack by reviewing load profile, runtime, voltage window, current, enclosure, BMS communication, operating environment, validation and compliance before requesting a quote.
Lithium Battery Pack RFQ Checklist: 12 Inputs OEM Buyers Need Before Quotation
A practical lithium battery pack RFQ checklist for OEM engineers and buyers covering voltage, current, runtime, BMS communication, charging, enclosure, testing, compliance, quantity, and delivery requirements.
Custom Lithium Battery Pack RFQ Checklist: 12 Inputs OEM Buyers Should Prepare
This practical guide helps OEM engineers and buyers turn a vague battery inquiry into an engineering-ready RFQ. It explains the 12 electrical, mechanical, environmental, validation and commercial inputs a supplier needs before recommending a custom pack.