China is accelerating its development of AI and data computing capacity by relocating large-scale data centers to western provinces like Inner Mongolia, leveraging space and low-cost green energy to fuel a growing tech boom beyond its established eastern megacities.
- Western China offers cheaper power and more space for data centers.
- Data center capacity in western hubs to surpass eastern cities by 2028.
- China’s data center power consumption forecast to increase 151% by 2030.
What happened
China has launched a concerted effort to relocate its data center infrastructure from crowded eastern cities such as Beijing and Shanghai to more spacious and power-abundant western regions. Ulanqab in Inner Mongolia exemplifies this shift, evolving from a modest city to a bustling tech development zone with numerous large-scale data center projects underway.
This reallocation is driven by the government's 'Data in the East, Computing in the West' strategy, initiated in 2022. The focus is on capitalizing on cooler climates, cheaper renewable energy, and ample land availability that western regions offer, enabling the construction of high-capacity data centers needed to support growing AI computing demands.
Why it matters
China’s increasing investment in western data centers is a response to capacity constraints and high electricity costs in the eastern megacities. By moving less latency-sensitive and power-intensive workloads—like cloud storage and AI model training—to the west, China aims to ensure sustainable growth of its AI and cloud computing capabilities.
Research from BloombergNEF indicates that this move will dramatically reshape China’s data center landscape, with northern and northwestern provinces, including Inner Mongolia, expected to lead in computing capacity by 2028. This regional redistribution also highlights China’s efforts to integrate green energy solutions and manage a projected 151% increase in data center power demand by 2030.
What to watch next
Observers should monitor how the infrastructure and power grids in western hubs adapt to the rapid rise in data center construction and operation. The success of these projects will depend heavily on local energy supply reliability and continued investment in renewable power sources.
Additionally, tracking how Chinese AI firms like DeepSeek and Z.AI deploy large-scale data centers in these regions will provide insights into the pace of China’s AI development and how the balance between eastern and western computing activities evolves over the coming years.