Gotion High-Tech Unveils New Batteries with Advanced Technologies

TapTechNews May 17th news, Gotion High-Tech released the Jinshi Battery at its 13th Technology Conference, adopting all-solid-state technology, with an energy density of 350 watt-hours per kilogram, which is more than 40% higher than the mainstream ternary lithium battery.

Gotion High-Tech Unveils New Batteries with Advanced Technologies_0

With all-solid-state technology, the Jinshi Battery passed the 200-degree heat box test at one time, which is higher than the national standard of 130 degrees, providing higher safety guarantee for electric vehicles.

At the same time, the Gke Battery was also released at the meeting, adopting 5C super-fast charging technology, which can realize charging 80% in 9.8 minutes and charging 90% in a quarter of an hour. The Gke Battery supports all scenarios such as pure electric and extended-range hybrid, covering lithium iron phosphate, lithium iron manganese phosphate and ternary systems. Cao Yong, the vice president of the Gotion High-Tech Engineering Research Institute总院, said at the press conference that the Gke Battery is mass-produced immediately after its release.

TapTechNews noticed that Gotion High-Tech also released the Xingchen Battery. The battery pack equipped with this cell can complete the charging for a 350-mile range in 5 minutes, and the charging for a 600-mile range in 10 minutes. The Xingchen Battery uses the second-generation silicon-carbon material and extreme-speed electrolyte independently developed by Gotion High-Tech, and supports fast charging from 10% to 70% power in 9 minutes.

The unique structural design of the Xingchen Battery Pack can release 70% of the heat to the outside of the Pack in 3 seconds. Under extreme conditions, it ensures the fastest cooling and achieves thermoelectric separation, claiming to be never on fire. At the same time, the Xingchen Battery is also equipped with wireless BMS technology and multi-sided strong cooling technology to improve the safety and reliability of the battery.

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