Create a 3D rendering of a modern datacenter container viewed from the outside

Create a 3D rendering of a modern datacenter container viewed from the outside. The container is rectangular with a clean, industrial design. The long sides of the container feature 20 midsize air fans each, arranged in two parallel rows. On one side, the air fans are positioned to pull air into the container. Positioned about 50 cm in front of these fans are evaporative cooling pads mounted on a sturdy steel construction, adding an extra layer of cooling as the air enters the container. On the opposite side, the fans are designed to expel air out of the container, showing a clear and efficient airflow system.

The rendering should depict part of the container with a transparent section, allowing a view of the interior setup. Inside the container, the central area is filled with several rows of datacenter racks, neatly organized and filled with server equipment. The racks are arranged to allow the cooled air to pass through them efficiently, ensuring optimal cooling for the equipment. The interior should have a high-tech appearance, with visible cables, blinking lights, and various technical components.

On one of the smaller sides of the container, include a secure, reinforced door, designed to allow controlled access to the interior. The overall mood should be realistic and slightly futuristic, with careful attention to detail in the design of the container, the cooling system, and the datacenter racks. Lighting should be cool and industrial, with subtle reflections on the metallic surfaces of the fans, racks, and steel construction.

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Create a 3D rendering of a modern datacenter container viewed from the outside . The container is rectangular with a clean , industrial design . The long sides of the container feature 20 midsize air fans each , arranged in two parallel rows . On one side , the air fans are positioned to pull air into the container . Positioned about 50 cm in front of these fans are evaporative cooling pads mounted on a sturdy steel construction , adding an extra layer of cooling as the air enters the container . On the opposite side , the fans are designed to expel air out of the container , showing a clear and efficient airflow system . The rendering should depict part of the container with a transparent section , allowing a view of the interior setup . Inside the container , the central area is filled with several rows of datacenter racks , neatly organized and filled with server equipment . The racks are arranged to allow the cooled air to pass through them efficiently , ensuring optimal cooling for the equipment . The interior should have a high-tech appearance , with visible cables , blinking lights , and various technical components . On one of the smaller sides of the container , include a secure , reinforced door , designed to allow controlled access to the interior . The overall mood should be realistic and slightly futuristic , with careful attention to detail in the design of the container , the cooling system , and the datacenter racks . Lighting should be cool and industrial , with subtle reflections on the metallic surfaces of the fans , racks , and steel construction .

Info

Größe

1024X1024

Datum

Aug 17, 2024

Modell

Studio

Typ

cell

Checkpoint & LoRA

SeaArt Infinity

SeaArt Infinity

#SeaArt Infinity

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