On August 28, the R & D and production project of silicon carbon anode materials with an annual output of 300000 tons was held in Ankang High-tech Zone, Ankang City, Shaanxi Province.
Ankang Mayor Wang Hao announced the start of the project. Luo Wuxia, member of the Standing Committee of the Municipal Party Committee and Secretary of the Party and Labor Committee of Ankang High-tech Zone, and Qin Jingxuan, chairman of Chuangpu (Shenzhen) New Energy Technology Group Co., Ltd. and chairman of Epeno (Shenzhen) New Energy Technology Group Co., Ltd., delivered speeches respectively. Li Quancheng, Vice Chairman of the Standing Committee of the Municipal People's Congress, Tao Berlin, Vice Chairman of the Municipal Consultative Conference, and Qin Xi, General Manager of Epuno (Shenzhen) New Energy Technology Group Co., Ltd., attended the event. Vice Mayor Zhou Kangcheng presided over the event. Zhang Shibo, Secretary-General of the Municipal Government, participated in the activities.
The Municipal Party Committee and the Municipal Government attach great importance to the development of the lithium battery new energy material industry chain, and have conducted in-depth communication and docking with Epuno (Shenzhen) New Energy Technology Group Co., Ltd. on relevant cooperation matters for many times. Wu Wengang, Secretary of the Municipal Party Committee, and Wang Hao, Mayor of the Municipal Party Committee, have led a team to inspect Epuno Company, attended the project negotiation activities and signing ceremony, and made every effort to promote the project landing. The R & D and production project of silicon carbon anode materials with
an annual output of 300000 tons is a key industrial project with the largest investment scale and the highest design capacity introduced by Ankang in recent years, with a planned land area of 310 mu and a total investment of 11 billion yuan . It is planned to be constructed in two phases, with an investment of 5.24 billion yuan in the first phase, and it is planned to be ignited and put into operation by the end of August 2024; The second phase, with an investment of 5.76 billion yuan , is planned to be completed by the end of 2025 and the first half of 2026, with an estimated annual output value of 40 billion yuan after full operation. The full commencement of the project marks that Ankang has made significant progress in building a national demonstration base for lithium and electricity new energy materials industry, which will strongly promote the high-quality development of the city's industrial chain, and inject strong impetus into speeding up the construction of an important node city in the Hanjiang Eco-economic Zone and building a happy and healthy life on the road of Chinese-style modernization. Relevant departments
directly under the municipal government, responsible comrades of financial institutions stationed in Ankang, leaders of Ankang High-tech Zone at home, principal heads of departments and units stationed in Ankang High-tech Zone, representatives of key enterprises and constructors participated in the activities. In 2016, Epeno
(Shenzhen) New Energy Technology Group
entered the new energy field, and formed a team to invest in the research and development of new energy materials; in 2017, it started the research and development project of silicon carbon anode materials; In September 2021, EPUNO (Shenzhen) New Energy Technology Group Co., Ltd. was established; in August 2022, the construction of the production line of tons of silicon carbon anode materials was completed; in June 2023, the production line of 100 tons of silicon carbon anode materials was completed, realizing the mass production of silicon carbon anode materials.
Silicon carbon anode
materials have many advantages, such as high energy density, good safety performance, green environmental protection, low energy consumption and so on. They can be widely used in the fields of consumer electronics terminal product batteries, new energy automotive power batteries and so on. The annual power consumption per 10000 tons of new silicon-carbon anode materials is 35 million degrees, less than half of the energy consumption of traditional anode materials, and there is no raw material grinding and other pollutant emission processes in the production process, which is environmentally friendly. It is estimated that by 2025, the market demand for this product will increase rapidly to about 1.5 million tons, and the industry has unlimited prospects.
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