The invention discloses a movable semi-submersible type sea supercomputing center which comprises a semi-submersible type platform, a plurality of watertight bin bodies are arranged on the semi-submersible type platform, supercomputing modules are arranged in the watertight bin bodies respectively, the semi-submersible type platform floats upwards or dives downwards through a water pumping and draining system, and when the semi-submersible type platform is in a floating state, the supercomputing modules are arranged in the watertight bin bodies respectively. The watertight bin body is exposed out of the water surface by a certain height, when the semi-submersible platform is in a submerged state, the watertight bin body is completely submerged under the water surface, and a wave energy power generation device is further arranged on the semi-submersible platform and used for converting wave energy into electric energy and transmitting the electric energy to the energy storage unit. The watertight cabins are communicated with one another through the airtight channels and are connected to the cabin where the energy storage unit is located, so that the supercomputing module is electrically connected with the energy storage unit. The supercomputing center is arranged on the semi-submersible type offshore power generation platform, the supercomputing center can be deployed to be relatively close to current and potential customers, meanwhile, heat exchange with seawater can be fully utilized to naturally cool the supercomputing center, and energy consumption is greatly reduced.
本发明公开了一种可移动半潜浮式海上超算中心,包括半潜式平台,半潜式平台上设置有若干水密仓体,各水密仓体内部分别设置有超算模块,半潜式平台通过抽排水系统上浮或下潜,半潜式平台处于上浮状态时,水密仓体露出水面一定高度,半潜式平台处于下潜状态时,水密仓体完全淹没于水面之下,半潜式平台上还设置有波浪能发电装置,用于将波浪能转化为电能并传送至储能单元,各水密仓体通过气密通道相互连通并接入到储能单元所在舱体,实现超算模块与储能单元的电连接。本发明将超算中心设置在半潜浮式海上发电平台上,超算中心可以被部署得相对地接近当前和潜在客户,同时可充分利用与海水的热交换对超算中心进行自然冷却,极大降低能耗。
Movable semi-submersible marine supercomputing center
可移动半潜浮式海上超算中心
2022-03-22
Patent
Electronic Resource
Chinese