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Gigawatt-Scale Computing Meets Megawatt-Scale Fission: Examining the Underlying Assets and Geopolitical Restructuring Behind Asia-Pacific's Nuclear Renaissance

As human civilization enters the "century of electricity," large AI models and hyperscale data center clusters are devouring power grids at an astonishing pace. When intermittent renewable energy cannot satisfy the stringent demand of high-load data centers for absolutely stable baseload power, nuclear energy—long marginalized or viewed with caution in the Asia-Pacific region—is now experiencing an unprecedented rational return. According to the Asia-Pacific energy observations published by Ben Carrozzi, a partner at international law firm Norton Rose Fulbright, data center electricity demand in Southeast Asia is projected to surge fourfold between 2025 and 2035, rising from 2.6 gigawatts (G...

2026-10-28

World Nuclear Industry Status Report: The Global "Nuclear Renaissance" Is in Fact "Single-Engine Driven by China," with Regions Outside China in "Substantial Stagnation"

Recently, the latest edition of the World Nuclear Industry Status Report (WNISR), led by independent energy analyst Mycle Schneider, pointed out in its analysis: the so-called global nuclear renaissance is in essence a localized expansion driven by a single engine—China; if China's strong engineering momentum is stripped away, nuclear power in the rest of the world is in a state of structural substantial stagnation and slight contraction. The report notes: as the global nuclear industry remains mired in delays and cost overruns, a wave of retirements of aging units, and the paper-only commercialization of small reactors, China has become the unquestionable absolute driving force of the global nuclear power industry...

2026-10-07

The Supply-Demand Fault Line Beneath the Boom: Can the Uranium Mining Industry Support the Global Nuclear Renaissance?

Driven by the explosive electricity demand of global AI data centers and the COP commitment to triple nuclear power capacity, nuclear energy is ushering in the most certain renaissance in half a century. However, behind the capital market's frenzied pursuit of nuclear power concept stocks and commodities, the core raw material upstream in the nuclear power industrial chain—uranium mining and nuclear fuel processing—is facing severe constraints from insufficient production capacity elasticity, lengthy development cycles, and geopolitical fragmentation. The optimistic signals recently released by renowned Wall Street asset management institution Sprott certainly reflect the momentum of capital return, but upon closer examination of its supply-demand fundamentals and technical barriers, whether the uranium mining industry can timely and smoothly support this wave of nuclear power infrastructure construction still requires a huge question mark.

2026-10-07