The ambitious data center plans of Silicon Valley giants have suffered a major setback in Southeast Asia. Thailand has abruptly halted 166 data center projects, Indonesia has put the brakes on a 640-megawatt large-scale computing initiative, and Malaysia has outright banned high-water-consumption cooling systems. Once seen as an overseas paradise for AI compute capacity, Southeast Asia now finds itself confronting the harsh realities of infrastructure limits.
This is not a sudden reversal by Southeast Asian nations, but rather the inevitable collision between rapid AI infrastructure expansion and physical constraints. The actions taken by Thailand, Indonesia, and Malaysia stem from the same underlying economic and environmental calculation: they no longer add up. For instance, the governor of West Java personally intervened to stop BDx’s 640MW project, citing that full operation would consume 33 million liters of water daily—enough to provoke outrage among downstream farmers. In Johor, Malaysia, existing data centers already consume 24% of the state’s electricity, with projections indicating this could rise to 40% by 2035. Thailand faces comparable pressures.
Currently, data centers may appear as symbols of technological advancement, but their operational footprint reveals them as voracious consumers of local resources. A 100-megawatt AI data center consumes up to 4.2 million liters of water per day, with evaporation losses in tropical climates adding another 30%. During operations, a single facility employs only 30 to 50 people—far fewer than a similarly sized manufacturing plant—offering minimal local job creation. Electricity and water are drawn from local sources; noise pollution and diesel emissions burden nearby communities; profits are repatriated to headquarters. As the Lee Kuan Yew School of Public Policy has previously noted, this model exemplifies a classic case of “loss-making publicity.”
It is becoming increasingly clear that the true bottleneck of AI is not algorithmic innovation, but the physical capacity of power grids, freshwater availability, and infrastructure resilience. Chips can be purchased; reservoirs and transformers cannot. In the United States, 45% of data center projects are already stalled due to grid limitations and local opposition. Southeast Asia served as a temporary outlet, but it too is now hitting hard limits. Previously, Silicon Valley firms relocated compute capacity to Southeast Asia primarily to exploit lower electricity costs, lax permitting processes, and regulatory lag. Now, ASEAN countries are catching up—and closing the gaps.
The bubble of this compute-driven frenzy is being deflated, one bucket of cold water at a time.
Original source: toutiao.com/article/1881359774193868/
Disclaimer: The views expressed in this article are those of the author alone.