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Why NiMH Batteries Are Still a Good Choice for Industrial Applications
Industrial Rechargeable Battery Selection Guide Why NiMH Batteries Are Still a Good Choice for Industrial Applications Lithium-ion dominates many new portable products, but it has not made nickel-metal hydride obsolete. NiMH batteries remain a practical industrial choice when a product values ...Read more -
Battery Pack Ingress Protection: Water, Dust, and Condensation Design
OEM Battery Pack Enclosure Engineering Battery Pack Ingress Protection: Water, Dust, and Condensation Design A battery enclosure can pass a short water test and still develop moisture problems after months of temperature cycling. Water jets, fine dust, humid air, condensation, connector leakag...Read more -
Battery Cell Matching: Voltage, Capacity, and Internal Resistance Criteria
OEM Lithium Battery Pack Engineering Battery Cell Matching: Voltage, Capacity, and Internal Resistance Criteria Battery cell matching is the process of selecting cells that behave closely enough to operate as one pack. Matching only open-circuit voltage is not sufficient: cells with similar ...Read more -
NTC Thermistor Placement in Lithium Battery Packs
NTC Thermistor Placement in Lithium Battery Packs An NTC thermistor can only protect the temperature it is able to sense. If it is mounted on a cool enclosure wall, isolated by thick foam, or heated mainly by the BMS instead of the cells, the reading may look reasonable while the critical area ...Read more -
How to Read a Lithium-Ion Cell Datasheet for OEM Battery Pack Design
OEM Battery Pack Engineering Guide How to Read a Lithium-Ion Cell Datasheet for OEM Design A lithium-ion cell datasheet can tell you whether a cell is a plausible candidate for an OEM battery pack. It cannot, by itself, prove that the finished pack will meet runtime, power, life, safety, and...Read more -
Cell Internal Resistance: Power, Heat, and Pack Consistency
OEM Lithium Battery Pack Engineering Cell Internal Resistance: Power, Heat, and Pack Consistency Cell internal resistance is the hidden parameter behind voltage sag, power loss, heat generation, and uneven behavior inside a battery pack. Capacity tells you how much charge a cell can store; int...Read more -
Battery Pack Wire Gauge: Current, Length & Voltage Drop
OEM Battery Pack Engineering Guide Battery Pack Wire Gauge: Current, Length & Voltage Drop Battery pack wire gauge affects more than whether a cable can carry current. It also determines voltage delivered to the device, wiring heat, peak-load performance, connector compatibility, mechanica...Read more -
Why a Lithium Battery Pack Shuts Down Under Load
Case Study: Why a Lithium Battery Pack Shuts Down Under Load and How to Fix It In many battery-powered products, a lithium battery pack may appear normal at rest but suddenly shut down when the device starts working. This case study explains the most common causes: BMS protection, voltage sag,...Read more -
How to Choose the Correct BMS Current Rating for a Lithium Battery Pack
How to Choose the Correct BMS Current Rating for a Lithium Battery Pack Choosing the correct BMS current rating is essential for building a safe, reliable lithium battery pack. If the BMS is too small, the pack may shut down during normal operation. If it is selected only by the highest advert...Read more -
How to Calculate Lithium Battery Pack Runtime from a Real Device Load Profile
How to Calculate Lithium Battery Pack Runtime from a Real Device Load Profile Calculating lithium battery pack runtime is easy when the load is constant. Real devices are different. IoT sensors, CCTV systems, medical devices, GPS trackers, portable lighting, and indus...Read more -
Lithium Batteries for High-Powered Flashlights: A Practical Guide for OEM and B2B Buyers
Lithium Batteries for High-Powered Flashlights: A Practical Guide for OEM and B2B Buyers High-powered flashlights depend on more than LED quality. The battery determines brightness stability, runtime, charging reliability, safety, and user experience. For manufacturers, distributors, and ligh...Read more -
LoRaWAN Tracker Battery Guide: Choosing Rechargeable Power for IoT Asset Tracking
LoRaWAN Tracker Battery Guide: Choosing Rechargeable Power for IoT Asset Tracking LoRaWAN trackers are widely used to monitor containers, tools, pallets, livestock, outdoor equipment, and industrial assets. But stable tracking performance depends on more than wireless coverage. The battery pa...Read more
