How Liquid‑Cooled Servers Power the AI Future Inspired by “The Wandering Earth 2”

From Movie Magic to Real‑World Tech

The Chinese sci‑fi hit “The Wandering Earth 2” has sparked excitement with its futuristic visuals, especially the depiction of a 2058 intelligent computer that mirrors real‑world liquid‑cooled servers.

Liquid‑Cooled Servers and Sugon

Sugon (中科曙光) and its subsidiary Shuguang Digital Innovation are leaders in server liquid‑cooling technology, offering immersion cooling and phase‑change solutions that achieve a PUE as low as 1.04.

These systems, often called “immersion‑type liquid‑cooled servers,” are being deployed across more than twenty Chinese cities, providing high‑performance compute while saving up to 2 billion kWh annually.

Why Liquid Cooling Is Critical for AI

AI models demand ever‑increasing compute power; forecasts suggest 2030 AI compute needs will be 390 times those of 2018. Traditional cooling cannot keep up, and the energy consumption of projects like AlphaGo (20 kW) and GPT‑3 (≈190 MWh per training) is unsustainable.

Without breakthroughs, massive compute workloads could become a “power wall” threatening both the environment and the feasibility of concepts like digital‑life uploads.

Energy Efficiency and Green Computing

China’s data centers currently have only 41 % with PUE below 1.4. Sugon’s full‑stack liquid‑cooling solutions—including cooled servers, storage, and networking—aim to lower overall power consumption and carbon emissions.

If nationwide data centers adopted Sugon’s immersion cooling, estimated electricity savings could reach 450 billion kWh per year, roughly 45 % of the Three Gorges Dam’s output.

From Science Fiction to Future Reality

“The Wandering Earth 2” illustrates a possible future where massive, energy‑efficient compute resources enable digital consciousness and planetary engineering. The film’s portrayal of a 2058 liquid‑cooled computer aligns with Sugon’s real‑world advancements, showing how sci‑fi can inspire tangible technological progress.

Ultimately, the push for greener, more powerful compute infrastructure is essential for the continued growth of AI, digital life concepts, and sustainable technological development.