Recently, a 5000 ton silicon-based project with a total investment of over 2 billion yuan was signed in Xuancheng, Anhui Province. On the morning of
December 6, the Management Committee of Anhui Xuancheng High-tech Industrial Development Zone and Xuancheng Silicon Like New Materials Co., Ltd. held a signing ceremony for the project of silicon carbon anode integration with an annual output of 5000 tons. It is understood that the project covers an area of about 130 mu, with a total investment of over 2 billion yuan . After the completion of the project, it is estimated that the annual output of silicon carbon anode materials will be 5000 tons, the output value will exceed 2 billion yuan, and the total profit and tax will exceed 500 million yuan.
According to reports, Xuancheng Silicon New Materials Co., Ltd. is a scientific and technological innovative enterprise focusing on the research and development, production and sales of advanced lithium battery materials, focusing on the development of high-capacity silicon carbon anode materials for lithium batteries. The core members of the company's founding team are composed of former executives of listed companies, industry experts and investment experts, with profound technical background and industrial resources. The company has mastered the core preparation technology of silicon carbon anode materials, has the production capacity of pilot-scale silicon carbon anode production line, aims to establish large-scale and integrated production capacity of silicon carbon anode materials, and devotes itself to providing high-quality and cost-effective silicon carbon anode products for target customers. During the
interview, the reporter learned that in lithium-ion materials, cathode materials and anode materials directly determine the performance of lithium-ion batteries. Under the industrial background of continuous and rapid improvement of energy density of lithium-ion batteries, cathode materials are developing towards 8/9 series high nickel ternary, while anode materials are developing towards silicon-based anode based on silicon-carbon anode. The performance of graphite anode is close to its theoretical energy density limit of 372mAh/G, while silicon carbon anode can support five times the energy density of graphite anode, which is recognized as the most effective and feasible material to improve the performance of lithium batteries. The development of silicon carbon anode means higher battery energy density, longer vehicle range and longer equipment service time, which is of great significance to the development of lithium-ion battery industry, consumer electronics and even new energy vehicle industry.
It is understood that the 5000 tons silicon-carbon anode integration project of Xuancheng Silicon Like New Materials Co., Ltd. covers an area of about 130 mu, with a total design investment of over 2 billion yuan. After the completion of the project, it is estimated that the annual output of silicon carbon anode materials will be 5000 tons, the output value will exceed 2 billion yuan, and the total profit and tax will exceed 500 million yuan.
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