Vertical Server
Racks
Why should your newly based racking have vertical stacked servers instead of the traditional horizontal stacked servers?
Good question! Let us explain below:
Elegance in simplicity
Same Servers, Less power usage
If we take a look at a traditional server, the server will generate heat when used. This heat needs to be cooled to provide optimal working conditions for the server, and improve the lifetime of the server. In practice the server will heat up the surrounding air, making the air less dense. This will cause the hot air to rise up, and will create an airflow around the server which helps cooling the server.
However, in traditional server racks, the servers are stacked horizontally on top of each other. This will cause the airflow created by the lower server to be blocked by the hot server above. Therefore the created airflow will be obstructed and the total air volume needs to pick up speed again. For cooling the servers, a high energy transition from server to the surrounding air is favourable. A high air flow is preferable for cooling the servers, therefore the traditional horizontal approach can be improved.
Our Discovery
By reorienting the server stacking method and leveraging vertical airflow, we ensure that rising heat is not obstructed, allowing for a continuous and natural cooling effect. This breakthrough design not only extends the lifespan of servers but also significantly lowers energy consumption, reducing operational costs and environmental impact.
Our Mission
We believe that technology should not come at the cost of excessive energy consumption. We aim to minimize power usage without compromising performance, leveraging innovative airflow management to enhance cooling efficiency naturally. By implementing smarter server configurations, we strive to set a new standard in data center sustainability, reducing the carbon footprint of server operations worldwide.