Eine Plattform für die Wissenschaft: Bauingenieurwesen, Architektur und Urbanistik
Eine Plattform für die Wissenschaft: Bauingenieurwesen, Architektur und Urbanistik
Seabed data center of HDPE pipe gallery and construction method
The invention provides a seabed data center of an HDPE pipe gallery and a construction method, and is suitable for the field of seabed data centers. The seabed data center of the HDPE pipe gallery comprises a pipe gallery body and a supporting base, a plurality of data bins are evenly distributed on the two sides and the top face of the pipe gallery body, the data bins are connected with the pipe gallery body through flexible connectors, the bottoms of the data bins on the two sides of the pipe gallery body are fixed to the supporting base through brackets, and the other data bins are directly fixed to the top face of the pipe gallery body through brackets; the construction method comprises the steps that the HDPE pipe gallery unit bodies and the seabed data bins are installed in the land area, the foundation trenches and the positioning steel pipe piles are constructed, the HDPE pipe gallery unit bodies are transported on the land, transported on the sea, secondarily immersed, connected through flanges, and finally constructed through joints. By building the HDPE pipe gallery communicated with the land area, 24-hour uninterrupted maintenance of the data bin is achieved, and expansibility and flexibility are improved; and the sinking inclination angle theta and the sinking speed v of the pipe gallery are controlled through the most disadvantageous working condition of sinking of the HDPE pipe gallery, and it is ensured that the pipe gallery is stably and safely sunk to the set position.
本发明提供了一种HDPE管廊的海底数据中心及建造方法，适用于海底数据中心领域。该HDPE管廊的海底数据中心包括管廊本体和支撑底座，管廊本体两侧及顶面均布若干个数据仓，数据仓通过柔性连接头与管廊本体连接，管廊本体两侧的数据仓底部通过托架固定在支撑底座上，其余数据仓通过托架直接固定在管廊本体顶面；该建造方法包括步骤：陆域安装HDPE管廊单元体与海底数据仓、基槽与定位钢管桩施工、HDPE管廊单元体陆上出运、海上浮运、二次沉放、法兰连接、最终接头施工。通过建造与陆域连通的HDPE管廊，实现数据仓24小时不间断维护，提高可拓展性和灵活性；通过HDPE管廊下沉最不利工况控制其下沉倾斜角度θ和下沉速度v，确保管廊平稳、安全地沉放至设定位置。
Seabed data center of HDPE pipe gallery and construction method
The invention provides a seabed data center of an HDPE pipe gallery and a construction method, and is suitable for the field of seabed data centers. The seabed data center of the HDPE pipe gallery comprises a pipe gallery body and a supporting base, a plurality of data bins are evenly distributed on the two sides and the top face of the pipe gallery body, the data bins are connected with the pipe gallery body through flexible connectors, the bottoms of the data bins on the two sides of the pipe gallery body are fixed to the supporting base through brackets, and the other data bins are directly fixed to the top face of the pipe gallery body through brackets; the construction method comprises the steps that the HDPE pipe gallery unit bodies and the seabed data bins are installed in the land area, the foundation trenches and the positioning steel pipe piles are constructed, the HDPE pipe gallery unit bodies are transported on the land, transported on the sea, secondarily immersed, connected through flanges, and finally constructed through joints. By building the HDPE pipe gallery communicated with the land area, 24-hour uninterrupted maintenance of the data bin is achieved, and expansibility and flexibility are improved; and the sinking inclination angle theta and the sinking speed v of the pipe gallery are controlled through the most disadvantageous working condition of sinking of the HDPE pipe gallery, and it is ensured that the pipe gallery is stably and safely sunk to the set position.
本发明提供了一种HDPE管廊的海底数据中心及建造方法，适用于海底数据中心领域。该HDPE管廊的海底数据中心包括管廊本体和支撑底座，管廊本体两侧及顶面均布若干个数据仓，数据仓通过柔性连接头与管廊本体连接，管廊本体两侧的数据仓底部通过托架固定在支撑底座上，其余数据仓通过托架直接固定在管廊本体顶面；该建造方法包括步骤：陆域安装HDPE管廊单元体与海底数据仓、基槽与定位钢管桩施工、HDPE管廊单元体陆上出运、海上浮运、二次沉放、法兰连接、最终接头施工。通过建造与陆域连通的HDPE管廊，实现数据仓24小时不间断维护，提高可拓展性和灵活性；通过HDPE管廊下沉最不利工况控制其下沉倾斜角度θ和下沉速度v，确保管廊平稳、安全地沉放至设定位置。
Seabed data center of HDPE pipe gallery and construction method
一种HDPE管廊的海底数据中心及建造方法
ZUO HUANAN (Autor:in) / WANG XUEGANG (Autor:in) / LIN MEIHONG (Autor:in) / WEN CHENGYONG (Autor:in) / SHEN WENGENG (Autor:in)
13.09.2024
Patent
Elektronische Ressource
Chinesisch
IPC:
E02D
FOUNDATIONS
,
Gründungen
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