16340 battery

　　Germany has developed a method for fast charging of 16340 battery and will further improve this fast-charging solid-state battery

　　According to foreign media reports, researchers at Germany's Jülich Research Center (FZJülich) have found a way to quickly charge 16340 battery. They showed that their concept could enable charging currents ten times higher than before, and the key was choosing materials that have always been very compatible.

　　This way, solid-state battery materials work well together both chemically and mechanically. According to researchers at the Jülich Research Center, all components of 16340 battery are made from different phosphate compounds.

　　Dr. Hermann Tempel, Group Leader at the Institute for Energy and Environmental Research (IEK-9) at the Research Center Jülich, explains: "To allow the highest possible current to flow across the cell layer boundaries, we use very similar materials for the production of all battery components." The anode, cathode and electrolyte are all made from different phosphate compounds, allowing charging powers greater than 3C (approximately 50mAh/g), which is 10 times higher than that found in the data."

　　The researchers designed a battery that can be charged in less than an hour. Their method solves the biggest obstacle of 16340 battery - low current, which is why 16340 battery generally take 10 to 12 hours to fully charge. Tempel added: "We have applied for a patent for a concept battery that uses a favorable combination of materials to shorten charging times."

　　The concept battery uses materials that are affordable and relatively easy to process. In addition, the researchers say the new solid-state battery is essentially free of toxic substances. However, this is just the beginning. Dr. Shicheng Yu said: "In early tests, the new battery was very stable over 500 charge and discharge cycles, and 84% of the original battery capacity was preserved, with a capacity loss of less than 1% being feasible." Jülich Research Center Researchers will further improve this fast-charging solid-state battery in the future.

　　Technology Zone ON Semiconductor provides comprehensive high-energy-efficiency cloud power solutions. Germany has developed a fast charging method for 16340 battery that will further improve this fast-charging solid-state battery. iFORWAY has launched a new portable energy storage power supply with a large capacity of 41600mAh, which can provide various household proximity switch loads. What does it mean? Why does the smaller the design, the greater the peak current and the greater the RMS current?

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