Ultra-fast charging battery set for mass production in June
2026-06-02 20:06:43
By Yan Wanqin, Tang Jingyi.
A new generation of ultra-fast charging batteries is set to enter mass production in Yichang in June, according to Hubei Dongyu Xinsheng New Energy Co., Ltd.
Designed for both pure electric and hybrid vehicles, the company's latest "120" series batteries charge 2 to 3 minutes faster than the industry average, said Peng Yi, head of the company’s product division. He added that the batteries show zero capacity degradation in the first year and can still retain 90 percent health after 10 years of use.
A new generation of ultra-fast charging batteries is set to enter mass production in Yichang in June, according to Hubei Dongyu Xinsheng New Energy Co., Ltd.
Designed for both pure electric and hybrid vehicles, the company's latest "120" series batteries charge 2 to 3 minutes faster than the industry average, said Peng Yi, head of the company’s product division. He added that the batteries show zero capacity degradation in the first year and can still retain 90 percent health after 10 years of use.
Robotic arms operating on the Dongyu Xinsheng production line. Photo by Zhou Zhuoran.The company has also unveiled several high-performance models under its Xinxingchi and Xinyao series, all featuring ultra-fast charging, long range, and strong cold-weather performance.
Leveraging AI-driven technologies, the manufacturer has replaced traditional trial-and-error methods with an intelligent, fully integrated system covering R&D, production, and quality inspection. Its products now serve sectors including power batteries, large-scale energy storage, consumer electronics, and the low-altitude economy.
The production workshop of Dongyu Xinsheng. Photo by Zhou Zhuoran.The Yichang facility serves as Dongfeng Motor Group's core power battery production base, said Zhang Jun, operations director of the company. Once operational, the ultra-fast charging batteries will be supplied for Dongfeng’s Voyah, Yipai, Nano, and Liuqi models, he noted.
Yang Chunyan, Wang Fei contributed to this story.
