The grassland wind of Ulanqab brushes over the fence of the intelligent computing industry park, and a new wave of registration for Inner Mongolia's computing industry is landing simultaneously in multiple league cities. In September 2026, eight computing power projects spanning six league cities will have completed filing or change filing one after another, with a total investment exceeding 11.8 billion yuan. The green computing power cluster in northern China is ushering in a new round of expansion peak.

Multi point layout covering the entire industry chain

This filing project is located in six major cities in Ulanqab, Alxa League, Xilingol League, Hohhot, Ordos, Tongliao. The project types cover multiple levels such as basic data centers, zero carbon intelligent computing bases, high-performance computing power clusters, etc. The two top projects in Hohhot and Ling'er New Area have a total investment of over 7.46 billion yuan, and will add over 129600 standard racks after completion, becoming a leading computing power node in North China.

Two intelligent computing projects in Ordos are quickly implemented based on existing data centers, with a total FP16 computing power scale of over 8300PFlops, which can quickly provide real-time computing power support to surrounding AI enterprises. The project in Tongliao, Xilingol League, Alxa League relies on the local green power resource endowment to create low-energy distributed computing power nodes, forming an east-west complementary computing power network layout. As of late September, the total investment in newly registered computing power related projects in Inner Mongolia this year has exceeded 36 billion yuan, with a cumulative increase of over 220000 standard racks.

The advantage of green computing power continues to amplify

All projects prioritize matching local wind and photovoltaic green power resources, with a target of 100% green power consumption for the two zero carbon computing power bases in Helingeer, significantly reducing computing power operation energy consumption through an integrated source grid load storage model. After the implementation of the project cluster, Inner Mongolia will further strengthen its carrying capacity as a hub node of the national computing power network, providing low-cost and low emission cross regional computing power dispatch services for the Beijing Tianjin Hebei Long Triangle and other areas. Keywords: data center, AI computing power

Unlike the long-term construction model of traditional computing power projects, the renovation projects of existing computer rooms in Ordos and other places can achieve the launch of computing power within 12 months, quickly responding to the explosive demand for computing power in the AI industry. The wind turbine blades on the grassland slowly rotate, and a continuous stream of green electricity will be transmitted along the power grid to rows of server cabinets. Inner Mongolia is transforming its advantages in wind and solar resources into the core computing power base for the development of the national AI industry.Editor/Cheng Liting