Zhuoneng New Energy: The yield rate of battery cell products reaches 98%

On the evening of January 8, Kane announced the record of investor relations activities conducted by relevant investment institutions on the investigation of Zhuoneng New Energy, the target of its acquisition on January 5. According to the relevant person in charge of Kane shares, Zhuoneng New Energy's current production capacity of 3C batteries is 600,000 units per day, and there will be no further investment in 3C consumer batteries.

Five points for Zhuoneng New Energy to effectively improve the safety of power batteries

The 4th China Power Battery Conference was held in Dongguan Tangxia Sanzheng Banshan Hotel.

Kane shares 2.7 billion acquisition of 97.86% stake in lithium battery company Zhuoneng shares

On September 28, Zhuoneng Co., Ltd. issued an announcement that Kane Co., Ltd. intends to issue shares to all shareholders of the company except Kane's shares and pay cash to purchase 97.86% of Zhuoneng's shares. The transaction price is 2.722 billion yuan; at the same time, it intends not to More than 10 (including 10) specific targets raised matching funds through non-public offering of shares, and the total amount of matching funds raised did not exceed 1.702 billion yuan.

Directly hit the 11th Senior Industry Summit 25 Lithium battery big coffees offer ideas for power manufacturing

On May 21, the eleventh High-tech Lithium Battery Industry Summit, an authoritative platform in the lithium battery industry, was grandly held at the Four Seasons Hotel Shenzhen (opposite the Convention and Exhibition Center). The site attracted materials, equipment, batteries, BMS, PACK, and vehicles. More than 700 senior executives from the new energy automobile industry chain participated in it.

Listed companies expand the layout of ternary materials, and the pace of nickel destocking has accelerated

Analysts pointed out that high-nickel ternary materials are technically difficult and require continuous investment in scientific research by enterprises. With the increase of nickel content, although the overall energy density is increased, the content of cobalt, manganese, aluminum, etc. decreases, resulting in a decrease in stability.