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Lithium batteries for medical equipment need to pass strict certifications in the markets of the United States, Europe and China (such as FDA, CE, CCC), and meet the UN 38.3 transportation test. In terms of performance, it needs to pass extreme...

"Voltage/Capacity/Energy Density: Only by understanding the three most crucial parameters of lithium batteries can you truly understand battery performance!"...

Guide to Idle Storage of Lithium Batteries: How Much Power should be maintained? How often should it be charged? When lithium batteries are idle for a long time, the correct storage method can effectively extend their service life and prevent them f...

"Xiaoxintong AI Guardian Tool Dedicated Lithium Battery: With a capacity of 55.5Wh, it can last for 7 to 10 days, operate within a wide temperature range of -20 ° C to 60 ° C, and have an 800-cycle life that matches the device‘s usage cycle. It...

The core working principle of a battery charger is based on the chemical properties of lithium batteries. By precisely controlling voltage, current and charging time, it converts external alternating current (or direct current) into direct current that meets...

Three dangerous signs before a lithium battery bullies or leaks: abnormal temperature rise over 60℃ during charging, shell swelling and deformation over 3mm, and sudden reduction of battery life by more than 30%. If any of these symptoms are found, the batt...

Lithium batteries, as the most mainstream solution for electrical energy storage at present, are widely used in consumer electronics, electric vehicles, energy storage systems and other fields. Its core value lies in the mutual conversion of chemical energy ...

The wire is the "blood vessel" for energy transmission in lithium batteries. It should be selected based on the current size, voltage level and environmental conditions to avoid fire or performance degradation caused by wire overload....

Protection Board: The "Safety Guardian" of Lithium Batteries Briefly describe the core functions of the protection board (overcharge/overdischarge protection, current control, etc.), and emphasize its necessity through cases such as the self-ignition o...

Don‘t be misled by outdated battery maintenance tips any more! Modern lithium batteries neither need to be fully discharged nor are they afraid of being charged throughout the night. Fast charging technology takes into account both speed and lifespan. Sci...

How to choose the "safety Manager" for lithium batteries? Matching battery type, current parameters, and voltage protection are the core. In high-power scenarios, active balancing and temperature protection are also required. Choosing the right protection...

How can smartphones strike a balance between a thin and light body and long battery life? High energy density batteries, dual-battery solutions and solid-state battery technology are breaking through the limits of traditional lithium-ion batteries. In the f...

Customized lithium batteries flexibly adapt to special needs, enhance safety and lifespan, and are the preferred choice for industrial-grade scenarios. Finished batteries are ready to use immediately and offer high cost performance, making them even better f...

Although fast charging technology accelerates battery wear and tear, modern BMS and materials science have significantly reduced the risks. Automakers can control the attenuation within a reasonable range through dynamic strategies and new technologies (s...

When purchasing lithium batteries, it is necessary to consider various factors such as safety, performance, compliance and supplier qualifications to ensure that the purchase of safe and reliable products meets the demand...

The core requirements for high-capacity robot-powered lithium batteries focus on high energy density, safety, long life, and fast charging. Future technologies such as solid-state batteries, modular designs and intelligent BMS systems will further drive t...

The low voltage of the forming process is mainly caused by the synergistic effect of electrolyte, electrode material, process parameters and environment, which directly affects the capacity, life and safety of the cell. By systematically optimizing materials...

"Voltage/capacity/energy density: Understand the three most critical parameters of lithium batteries, you can really understand the battery performance!"...

4.45V ultra-high voltage lithium battery (usually refers to the charge cut-off voltage increased to 4.45V lithium ion battery) is an innovative direction of lithium technology in recent years, by increasing the operating voltage of the battery to break throu...

The possibility of a lithium battery exploding is relatively small, but it is still possible to explode under certain conditions.