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Record-breaking heat waves are sweeping across many parts of the world. At the same time, another significant challenge is confronting the booming artificial intelligence industry. This challenge involves keeping the high-performance computer chips inside data centers cool enough to keep running. When these chips overheat, they slow down or shut off completely. This creates a bottleneck for the rapid growth of AI technology.
This cooling problem is much bigger than just seasonal heat. As AI models become larger and more complex, they require immense amounts of computing power. The demand for this power is rising at a speed that is testing the physical limits of conventional data centers on Earth. These traditional centers are struggling to handle the intense heat generated by thousands of processors working non-stop.
According to the International Energy Agency, data centers accounted for about 1.5 percent of global electricity consumption in 2024. Experts expect this power demand to rise sharply as the deployment of AI accelerates. This increase in electricity use, combined with rising cooling costs and greater exposure to climate-related disruptions, is prompting governments and technology companies to rethink their strategies. They are now considering where future computing infrastructure should be built to ensure reliability and efficiency.
In response to these challenges, a multi-city layout is taking shape in China. This strategic plan divides tasks among different major cities to create a robust computing ecosystem. Beijing serves as the anchor for research and development. It is also responsible for setting standards through its new innovation center. The city focuses on creating the foundational technologies and rules that will govern future computing systems.
Tianjin focuses on integrating space and ground computing. It is also leading hardware development. This city works on the physical components that allow satellites and earth-based systems to communicate seamlessly. By focusing on hardware, Tianjin ensures that the physical connections between space and Earth are strong and reliable.
Shanghai is building out the broader industrial ecosystem. It acts as a hub for businesses and manufacturers that support the computing industry. Hangzhou leans heavily into intelligent applications. It is anchored by the "Three-Body Computing Constellation." This project has already been deployed in orbit. It represents a major step forward in using space for practical computing tasks.