Chinese tech giants including Huawei and Tencent are rapidly constructing massive AI data center complexes in rural provinces like Guizhou under the Eastern Data Western Computing strategy to leverage surplus renewable energy.

Data centers are rapidly proliferating across rural China. Beijing has actively encouraged its technology giants to construct these facilities nationwide, operating on the central government’s conviction that computing power—particularly in the artificial intelligence era—is directly correlated with national strength. Consequently, companies such as Huawei and Tencent have been aggressively expanding their AI infrastructure into rural provinces like Guizhou, located more than 500 miles northwest of Shenzhen. According to Tech Xplore, dozens of these facilities have been completed in the region in recent years, with additional projects underway.

Unlike in the United States, where data center expansions frequently encounter stiff local opposition, these Chinese developments are generally approved with relative ease, and surrounding communities often welcome the changes. “It used to be a barren mountain, but since the area has developed, transportation has become more convenient, trade has picked up, business opportunities have emerged,” one local shopkeeper told the publication. Another resident, Li Xixiu, praised the construction of a main road following the arrival of tech firms, noting that it “boosted the economy of the area” and created new local opportunities. “All the villagers in our neighborhood now find jobs nearby, unlike before, when they had to go to other places,” Li said. Nevertheless, it is important to note that Beijing maintains strict control over dissent and protests, and ordinary citizens cannot freely challenge policies dictated by the central government.

A primary driver of American opposition to data centers has been the sharp rise in electricity prices borne by average consumers. In the PJM Interconnection region—the largest power grid in the United States—electrical costs have surged by 76% due to the strain data centers place on the network. Furthermore, projections indicate that by 2035, data centers will consume 20% of all U.S.-generated power, equivalent to 194 gigawatts. China, by contrast, holds a significant advantage in power generation. Several western provinces offer substantial electricity discounts to AI companies utilizing domestic chips. Additionally, because the state subsidizes residential and agricultural power rates, average citizens do not fear that nearby data centers will inflate their utility bills.

These rural provinces also possess vast tracts of land dedicated to renewable energy production, leading to occasional issues with energy overproduction. The construction of highly power-intensive data centers effectively mitigates this waste by absorbing surplus electricity. Combined with abundant land and affordable energy, western provinces present a more attractive and cost-effective environment for data center development compared to the heavily urbanized, densely populated eastern regions.

Despite these advantages, the expansion presents certain socioeconomic challenges. In an email to AFP, the Research Institute for Democracy, Society, and Emerging Technology (DSET) in Taiwan highlighted that while Guizhou has averaged 7.4% GDP growth over the past decade, wage increases have been comparatively modest and lagged behind national averages. “This contrast suggests that while data centers drive heavy investment in land and equipment, their impact on boosting local per capita income remains limited,” wrote DSET researchers Cartus Bo-Xiang You and Angela Glowacki.

Broader national initiatives continue to accelerate this strategic shift. Recent developments include China’s unified tech sector efforts to build grid-free, orbiting satellite AI data centers to challenge Elon Musk’s SpaceX, alongside reports that Z.ai has activated a 1-gigawatt AI facility constructed entirely on Chinese chips. Additionally, China has drafted a $295 billion blueprint to establish a national AI data center grid powered by 80% domestically manufactured silicon.