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Hybrid underwater data center
The invention discloses a hybrid underwater data center, which comprises a pile foundation, the interior of the pile foundation is provided with a through hollow cavity, the bottom of the pile foundation is positioned in water body soil, the top of the pile foundation is positioned above the water surface, and the upper surface of the soil in the hollow cavity of the pile foundation and the hollow cavity of the pile foundation above the upper surface of the pile foundation form a containing cavity; the separation layer is fixedly arranged at the bottom end of the containing cavity of the pile foundation and used for separating the containing cavity of the pile foundation from soil; the connecting sleeve structure is positioned and arranged at the top of the pile foundation, and a data cabin bearing part and a water platform bearing part are arranged on the connecting sleeve structure; the data cabin is arranged in the containing cavity of the pile foundation, and the top of the data cabin extends out of the pile foundation and is connected with the data cabin bearing part; the water platform is connected with the water platform bearing part and arranged above the pile foundation and the data cabin, and the upper portion of the water platform is located above the water surface. The partition layer at the bottom of the containing cavity is used for supporting the data cabin, a dry environment is formed in the pile foundation, the data cabin does not need to bear water pressure, and more steel does not need to be consumed.
本发明公开了一种混合式水下数据中心,包括:桩基,内部设置为贯通的中空腔体,底部定位在水体泥土内,顶部位于水面以上,位于桩基中空腔体内部的泥土上表面与其上方的桩基中空腔体构成盛放腔体;隔断层,固定设置在桩基的盛放腔体底端,用于将桩基的盛放腔体与泥土分隔;连接套筒结构,定位设置在桩基顶部,连接套筒结构上设置有数据舱承载部和水上平台承载部;数据舱,设置在桩基的盛放腔体内,顶部从桩基伸出并与数据舱承载部连接;水上平台,与水上平台承载部连接,并设置在桩基和数据舱上方,且上部位于水面以上。本发明利用盛放腔体底部的隔断层对数据舱进行支撑,桩基的内部形成干式环境,数据舱不需要承受水压,不需要消耗较多的钢材。
Hybrid underwater data center
The invention discloses a hybrid underwater data center, which comprises a pile foundation, the interior of the pile foundation is provided with a through hollow cavity, the bottom of the pile foundation is positioned in water body soil, the top of the pile foundation is positioned above the water surface, and the upper surface of the soil in the hollow cavity of the pile foundation and the hollow cavity of the pile foundation above the upper surface of the pile foundation form a containing cavity; the separation layer is fixedly arranged at the bottom end of the containing cavity of the pile foundation and used for separating the containing cavity of the pile foundation from soil; the connecting sleeve structure is positioned and arranged at the top of the pile foundation, and a data cabin bearing part and a water platform bearing part are arranged on the connecting sleeve structure; the data cabin is arranged in the containing cavity of the pile foundation, and the top of the data cabin extends out of the pile foundation and is connected with the data cabin bearing part; the water platform is connected with the water platform bearing part and arranged above the pile foundation and the data cabin, and the upper portion of the water platform is located above the water surface. The partition layer at the bottom of the containing cavity is used for supporting the data cabin, a dry environment is formed in the pile foundation, the data cabin does not need to bear water pressure, and more steel does not need to be consumed.
本发明公开了一种混合式水下数据中心,包括:桩基,内部设置为贯通的中空腔体,底部定位在水体泥土内,顶部位于水面以上,位于桩基中空腔体内部的泥土上表面与其上方的桩基中空腔体构成盛放腔体;隔断层,固定设置在桩基的盛放腔体底端,用于将桩基的盛放腔体与泥土分隔;连接套筒结构,定位设置在桩基顶部,连接套筒结构上设置有数据舱承载部和水上平台承载部;数据舱,设置在桩基的盛放腔体内,顶部从桩基伸出并与数据舱承载部连接;水上平台,与水上平台承载部连接,并设置在桩基和数据舱上方,且上部位于水面以上。本发明利用盛放腔体底部的隔断层对数据舱进行支撑,桩基的内部形成干式环境,数据舱不需要承受水压,不需要消耗较多的钢材。
Hybrid underwater data center
一种混合式水下数据中心
FU RONGRONG (author) / CHEN XIQIA (author) / CHEN YONGZHONG (author) / CHENG WEIFENG (author) / SU YANG (author) / WEI FAJUN (author) / SHEN WANQIU (author)
2024-02-27
Patent
Electronic Resource
Chinese
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