In brief
The grasslands of Ulanqab now host sprawling data hubs that will host China’s AI engines, bringing a massive infrastructure boom to a region known for potato farming. The construction rush reflects Beijing’s ambition to embed AI in 90% of society by 2030, driving a new wave of engineering talent and renewable‑energy adoption. Yet the project raises environmental and social questions, from water shortages to village relocations, as communities question the tangible benefits of an AI‑centric future. Amid U.S.–China tensions, the new data centres symbolize a high‑speed territorial contest that could reshape global technology leadership.
In Ulanqab, a city tucked on the edge of Inner Mongolia’s grassy plains, farmers pick potatoes beside gigantic gray blocks of steel. Those blocks are not storage facilities – they’re data centres that will host the servers powering China’s next‑generation artificial‑intelligence platforms.
Construction crews in yellow helmets move welding sparks, lift cranes, and assemble roofwork with the same frantic rhythm that characterised Beijing’s 2020 “China speed” campaigns. A local worker laughed, “This is China speed – an infrastructure maniac.” Engineers explain the site is in its second phase, with many more stages ahead, as the government pushes a 2030 target of 90% AI adoption across industries.
The centres are a strategic gambit in the U.S.–China AI rivalry. The U.S. has warned that Chinese dominance in powerful, closed‑model AI could pose a global threat, while China argues open‑source models give it a cooperative edge and sidestep chip supply bottlenecks. Xi Jinping, who recently met President Trump in Washington, urged a global framework for AI safety – a conversation that has spurred China to build extensivefrastructural assets while courting a large domestic labour force.
Renewable energy buffs the project: wind farms and solar arrays in the sparsely populated provinces feed the data centres with electricity, but coal‑fired power still underpins some grids, raising doubts about total carbon neutrality by 2030. The region’s water supply is fragile; concerns have been voiced about the strain large cooling‑water demands could put on local communities. Entire villages have been relocated for construction sites, yet the compensation and livelihood changes remain opaque, provoking quiet scepticism among locals.
One farmer, moving a cart with sheep, told an unnamed local that AI felt distant: he hardly uses the internet, and his phone’s screen is cracked. Yet others feel the impact: a young engineer says he’s found work in a Huawei data centre, and a family member claims his children have secured jobs in these new facilities. The national narrative paints AI as a solution to an ageing workforce and a driver of technological innovation, but in everyday life, many residents do not yet see tangible benefits.
The story of Ulanqab’s sprawling servers illustrates a paradox. Beijing’s vision of a data‑rich future contrasts with the everyday reality of a farming community grappling with economic sluggishness, youth unemployment, and dwindling property prices. As the country pushes forward, the success of these data centres in reshaping China’s global tech standing will be measured not just by silicon counts, but by how many local voices feel the promise of AI comes true.
