Integrated structure for an underwater data center based on a vacuum chamber

Abstract

Integrated structure for an underwater data center based on a vacuum vessel, characterized in that it comprises a vacuum vessel body (1), wherein a data center room (2) is formed in one piece on the top of the vacuum vessel body (1), wherein a cooling circuit pipe (3) is arranged inside the data center room (2), wherein connections for the water drain and the water inlet are provided at both ends of the cooling circuit pipe (3);wherein a reinforcing wall is arranged within the data center room (2) by means of one-piece concrete pouring, the reinforcing wall dividing the interior of the data center room (2) and forming at least one compartment, and the interior of the compartment is designed for the installation of servers, while the cooling circuit pipe (3) is arranged inside the compartment and surrounds the servers and the cooling circuit pipe (3) serves for the flow of a cooling medium to lower the temperature inside the compartment as well as at the servers;wherein the vacuum vessel body (1) has several separate cavities inside, each of the cavities being equipped with a vent valve, wherein when the vent valve is in the open state, the vacuum vessel body (1) is able to release gas from the cavities via the vent valve and to regulate the vacuum inside by means of a lowering device, thereby enabling placement on the seabed, the lowering device comprising a semi-submersible vessel, a lifting vessel and an integrated water pump.