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Xiaomi’s new battery offers 10% more capacity and 100 minutes of extra life


Xiaomi has unveiled a new technology for batteries that the company’s research and development team is working on and will be released in the second half of next year. This technology apparently increases the battery capacity by 10% and extends its life to 100 minutes.

Xiaomi released a post on the Chinese social network Weibo Announced The next generation of batteries uses lithium-silicon supplement technology for the first time. In other words, the company has tripled the silicon content inside the battery, resulting in increased energy storage capacity.

Battery packaging technology has also been redesigned to be more efficient. The PCM module is at a 90-degree angle to the battery cell and can no longer be flat, so it can provide more space. Xiaomi has used a new fuel module chip in this battery, which with the help of some advanced algorithms, increases the safety and longevity of the battery cells.

Left: old batteries, right: new Xiaomi battery

Xiaomi’s new battery will be released next year

With the help of these algorithms, Xiaomi battery will monitor the night charges and will not allow the battery to be connected to the power supply for a long time. In addition, built-in sensors control the temperature, although lithium-ion batteries usually do not heat up that much. It is unknown at this time what he will do after leaving the post.

As we said, mass production of this battery will probably start in the second half of 2022, and it is predicted that Xiaomi phones and other devices will use these products by the end of next year. Earlier, an informed source said that the Chinese giant is testing new 100 watt fast charge technology for higher capacity batteries. This technology can not only reduce charging time but also increase battery life.

Now we have to wait and see if Xiaomi will announce the official description of this technology in English for the global markets. The available information is derived from the translation of the Chinese description.

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