Singapore Passes Digital Infrastructure Act for Selective Data-Center Growth
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Singapore passed its Digital Infrastructure Act on 7 October, setting out a selective approach to data-center development rather than imposing an explicit cap on capacity. The framework is intended to direct constrained land, power and water resources toward higher-value digital infrastructure.
- Singapore’s Digital Infrastructure Act adopts selective data-center development without an explicit capacity ceiling, according to S1.
- Land, electricity and water are identified as the key constrained inputs for digital-infrastructure allocation.
- The policy underscores the growing strategic importance of power supply and grid interconnection for AI data-center deployment.
- Lease extensions for two Keppel-led joint-venture data centers run through 15 July 2050, according to S1.
- Per-request Gemini energy and water figures are not proxies for total data-center or AI-load consumption.
Singapore has passed a Digital Infrastructure Act that, according to S1, does not set a maximum data-center capacity limit but provides for selective development of digital infrastructure. The policy is framed around allocating scarce land, electricity and water resources to higher-value digital facilities.
For data-center operators, investors and hyperscalers, the significance lies less in an announced capacity target than in the allocation framework. Singapore is treating access to land, power and water as constrained inputs that require regulatory prioritisation. The source does not disclose the project-selection criteria, implementation mechanism or specific resource limits.
The development sits within a broader acceleration of AI-related data-center construction and deployment across the United States, China, Europe, the Middle East, Southeast Asia and Japan. S1 identifies electricity supply and grid-interconnection availability as an emerging constraint on rapid US data-center expansion. In China, initiatives including East Data, West Computing are intended to shift part of computing demand from eastern regions to western areas with more available energy and land.
The policy direction could increase the value of secured power supply, viable grid interconnection and water access relative to land and data-center buildings alone. It may also support demand for more energy- and water-efficient infrastructure in constrained markets, although these are market inferences rather than stated provisions of the Act.
Separately, S1 reports that, in late 2025, land leases for two Singapore data centers operated by a Keppel-led joint venture were extended by 10 years, through 15 July 2050. The report does not provide further details on those facilities or connect the lease extensions directly to the new legislation.
S1 also cites median energy use of 0.24 Wh and cooling-water consumption of 0.26 ml for a single Gemini text request. These figures apply only to an individual text request and should not be interpreted as representative of data-center-wide or overall AI-workload consumption.
The move highlights how data-center competition is increasingly shaped by access to power, grid interconnection, water and developable land—not only by capital availability or site acquisition. Singapore’s approach could provide a model for regulatory project selection in resource-constrained hubs, potentially raising barriers to entry and increasing the value of energy- and water-efficient infrastructure.
- — / 8 октября 2026 г. · КитайскийПервоисточник →
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