Inner Mongolia Guiyuan Xinneng Electronic Materials Technology Co has launched the first phase of its silicon-carbon anode material project in the Dalu Industrial Park in Ordos.

The project is the first large-scale Chemical vapor deposition silicon-carbon anode material production facility in the world, earning market recognition with its reliable quality.

As the first commercialized project of the Ordos Laboratory, it utilizes Tsinghua University's fluidized bed coating technology to produce third-generation CVD silicon-carbon anode materials, hailed as a "battery endurance booster". 

Compared with traditional graphite anodes, these materials significantly enhance energy density and first-cycle efficiency, while addressing battery swelling issues. Electric vehicle range can be increased by approximately 30 percent, and volumetric energy density can rise up to 50 percent, allowing longer single-charge distances, faster recharging, and better performance in high-latitude regions.

The project involves a total investment of over 2.2 billion yuan ($314.29 million), with a construction period of three to five years. Once fully operational, it will produce 20,000 metric tons of silicon-based anode materials annually, generating over 6 billion yuan in sales revenue.

Construction is divided into three phases: Phase I – 2,000 tons of CVD silicon-carbon anode materials plus auxiliary facilities, with an investment of 616 million yuan; Phase II – 8,000 tons plus supporting raw materials; and Phase III –10,000 tons plus supporting raw materials.

Inner Mongolia Guiyuan Xinneng Electronic Materials Technology Co is expected to become one of the world's largest actual-capacity silicon-carbon anode material bases, with annual sales projected to reach 4–6 billion yuan.