In the windswept Loess Plateau of Gansu, a modern architectural complex rises from the dust, signaling a tectonic shift in China’s digital infrastructure. The Qingyang node of the national "Eastern Data, Western Computing" project has transformed from a barren site into a high-tech powerhouse in just four years. This facility represents a critical pivot in how the world’s second-largest economy intends to fuel its AI ambitions while managing its energy footprint.
China Mobile’s data center in Qingyang has seen an investment of 2.4 billion yuan, now boasting a computing capacity of 92,000 Petaflops. This rapid expansion reflects a broader national strategy to relocate energy-intensive data processing from the overcrowded coastal hubs to the resource-rich western provinces. The site has already attracted over 70 industry leaders, including Alibaba, Kingsoft Cloud, and MiniMax, creating a burgeoning digital ecosystem in a traditionally agrarian region.
The real draw for these tech giants is the economic advantage provided by integrated green energy. By utilizing wind and solar power directly, the Qingyang facility offers electricity at prices nearly 30% lower than those in eastern China. For a massive AI model, this price difference translates into millions of dollars in annual savings, making the move to the west a matter of fiscal survival rather than just regional policy.
Beyond hardware, the facility is pioneering a shift toward a "Token-based" billing model for AI inference and model fine-tuning. This evolution from traditional server rentals to a pay-per-use model significantly lowers the barrier for smaller firms to access massive computing resources. It marks a transition for state-owned enterprises from being simple infrastructure landlords to becoming sophisticated service providers in the AI value chain.
To manage the extreme heat generated by high-density AI clusters, the center is deploying cutting-edge immersion liquid cooling technology. Servers are submerged in non-conductive fluorinated liquids, allowing for a Power Usage Effectiveness (PUE) ratio as low as 1.07. This technical edge ensures that the facility can support the next generation of high-performance chips while meeting China’s stringent carbon neutrality targets.