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The Elec· kimsungjin·· 5 小時前AI 評分53

KT Cloud 在安山動工興建 50MW AI 數據中心

KT Cloud Breaks Ground on 50MW AI Data Center in Ansan

AI 導讀

KT Cloud 於 10 月 22 日在韓國京畿道安山為自有的 50MW AI 數據中心動工,項目預計於 2029 年完工。中心所有伺服器房均按液冷設計,並採用高負載結構以容納包括 Nvidia 下一代 Vera Rubin GPU 在內的設備;公司亦計劃在春、秋、冬季利用自然氣流降低冷卻塔風扇和冷水機的耗電量。

正文

Rendering of KT Cloud’s planned 50MW AI data center in Ansan, Gyeonggi Province. (Image: KT Cloud)

Rendering of KT Cloud’s planned 50MW AI data center in Ansan, Gyeonggi Province. (Image: KT Cloud)

Rendering of KT Cloud’s planned 50MW AI data center in Ansan, Gyeonggi Province. (Image: KT Cloud)
Rendering of KT Cloud’s planned 50MW AI data center in Ansan, Gyeonggi Province. (Image: KT Cloud)

KT Cloud is building a 50-megawatt (MW) artificial intelligence (AI) data center in Ansan, Gyeonggi Province. The company aims to expand AI data center capacity in the Seoul metropolitan area by securing the power and cooling infrastructure needed for high-performance graphics processing unit (GPU) servers.

KT Cloud said Oct. 22 it is breaking ground on the Ansan AI Data Center, a company-owned facility. The project is part of its long-term strategy to secure 1 gigawatt (GW) of AI data center capacity by 2031.

The Ansan AI Data Center will have a gross floor area of approximately 36,878 square meters, with two basement levels and nine above-ground floors. The facility will have a total incoming power capacity of 50MW and is scheduled for completion in 2029.

The data center will be equipped with power and cooling infrastructure for high-density AI servers. All server rooms will be designed to support liquid cooling. The project will add capacity for high-heat-generating AI servers following the opening of the Gasan AI Data Center in 2025.

The facility will also feature a high-load structural design to accommodate advanced equipment, including Nvidia’s next-generation Vera Rubin GPUs. The building structure is designed to support higher server densities and changes in equipment specifications.

KT Cloud will introduce a free-cooling system to improve cooling efficiency. The system will use cooling coils installed on the building’s upper exterior walls and connected to closed-circuit cooling towers. During spring, autumn and winter, when outdoor temperatures are lower, the company plans to use natural airflow to reduce electricity consumption by cooling tower fans and chillers.

來源:The Elec · thelec.net