Honor battery energy density sets a new industry record of 901Wh/L, silicon content reaches 25% – Passionategeekz –

[CNMO Technology News]Recently, Li Kun, vice president of Honor product line, said in an interview with the media that the Qinghai Lake blade battery equipped with the new Honor Magic V5 is an ultra-thin battery in the industry, and it is also the first time in the industry that the capacity of the folding screen battery has exceeded 6100mAh. It is understood that the single diaphragm thickness of Qinghai Lake blade battery is only 0.18mm and the energy density is as high as 901Wh/L, ranking first in the industry.

Honor Magic V5

At present, how to increase energy density by increasing silicon content is a common problem faced by the industry. Official information shows that Qinghai Lake blade battery uses silicon-carbon negative electrode battery technology. By increasing the silicon content to 25%, the battery energy density reaches an industry high of 901Wh/L, marking another breakthrough in China’s battery material technology.

According to Passionategeekz, Honor’s Qinghai Lake battery technology has undergone many iterations. Among them, the straight-board flagship Honor Magic 5 is equipped with a silicon-carbon negative electrode battery for the first time, with a silicon content of 5%. The third-generation Qinghai Lake battery equipped with the folding screen Honor Magic V3 is the industry’s first silicon-carbon negative electrode battery with a silicon content of 10%. It not only increases the energy density to 773Wh/L, but also effectively reduces the battery volume.

This time, Honor Magic V5 can be equipped with a large 6100mAh battery. In addition to battery material innovation, it is also related to Honor architecture AI reconstruction technology. According to Passionategeekz, in terms of the internal space utilization of Honor Magic V5, Honor can upgrade from 4 classification combinations to 100,000-level classification combination solutions through its self-developed AI Luban model with the help of micron-level precision optimization, completely breaking through the space utilization bottleneck of folding screen equipment.

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