On 21 April 2026, the Ningde Municipal Bureau of Ecology and Environment published a notice of its proposed approval decision on the Environmental Impact Assessment Report for Ningde Kaijin New Energy Technology Co., Ltd.’s 200,000 tpa high-performance lithium battery anode material project.
The project is located on the eastern side of the Dajia Township Industrial Park in Gutian County, Ningde City, Fujian Province. The site covers a total area of approximately 143,840 square metres, with construction including semi-finished product workshops, finished product workshops, and associated auxiliary and ancillary facilities. The total project investment is RMB 1.3525 billion (~US$198 million), of which RMB 67 million (~US$9.8 million) is allocated to environmental protection.
Ningde Kaijin New Energy Technology Co., Ltd.
Ningde Kaijin was established in November 2025 as a wholly owned subsidiary of Kaijin New Energy, responsible for the construction and operation of anode material projects in the Ningde area.
Kaijin New Energy specialises in the R&D, production, and sale of battery anode materials including artificial graphite anode, silicon-based anode, and hard carbon anode for energy storage applications. Its products are widely used across power, consumer electronics, and energy storage battery applications.
According to industry research, Kaijin New Energy’s artificial graphite anode shipment volume now ranks among the global top four. Its customer base spans leading domestic and international battery manufacturers including CATL, BYD, EVE Energy, Hithium, ATL, SVOLT Energy, LG (South Korea), and SK Innovation (South Korea).
On the product technology front, Kaijin’s ultra-high specific capacity (>360 mAh/g), ultra-long cycle life (>15,000 cycles), and 6C high-rate graphite anode materials have earned widespread recognition from downstream customers, with current demand exceeding supply.
Beyond graphite materials, Kaijin New Energy has also established product lines in standard silicon oxide, pre-lithiated silicon oxide, and gas-phase silicon-based anode materials.
Note: All CNY figures converted to USD at an approximate rate of 1 USD = 6.83 CNY as of 1 May 2026.
Source: Shimo Shixun (石墨时讯), “负极黑马20万吨负极材料项目”, republished via WeChat, 28 April 2026.
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