Microsoft explores superconductors for efficient data center cooling

Microsoft is investigating high-temperature superconductors to improve cooling in future data centers. This approach aims to reduce energy waste and enable denser power delivery. The technology could avoid the need to expand substations or feeders.

Microsoft is betting on high-temperature superconductors, known as HTS, to cool future data centers more efficiently. According to a TechRadar report, this innovation could allow for faster cooling while significantly cutting down on wasted energy.

The description highlights that HTS might support denser power delivery systems. This means data centers could handle more power without requiring expansions to substations or feeders, potentially streamlining infrastructure needs.

The article was published on February 15, 2026, at 17:05 UTC, focusing on Microsoft's forward-looking ideas in data center management. While the full potential remains to be seen, the emphasis is on sustainable and effective cooling solutions for growing computational demands.

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Underwater view of China's submerged AI server modules on the ocean floor surrounded by marine life.
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China sinks servers underwater for AI data centers

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China has deployed 2,000 servers beneath the ocean to address surging power needs for artificial intelligence.

Major technology firms are addressing growing public opposition to data center water consumption. SpaceX recently highlighted water scarcity risks in its amended IPO filing. Google announced new commitments to manage water use at its facilities.

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President Trump met with executives from major tech companies last month, where they signed a voluntary pledge to cover energy costs for their data centers. The agreement, dubbed the Ratepayer Protection Pledge, includes securing their own power supplies and funding necessary infrastructure. Critics have dismissed it as lacking enforcement mechanisms.

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Start-up Tensordyne has secured letters of intent worth more than 200 million dollars for its semiconductors. Fifteen data center operators are interested in the chips, which are said to consume far less energy than Nvidia products.

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