-
- APC Back UPS
- APC EASY UPS
- APC Modular UPS
- APC Smart SMC UPS
- APC Smart SMT UPS
- APC Smart SURT UPS
- APC SPM UPS
- APC Symmetra Power Module
- APC SYMMETRA LX
- APC Symmetra PX
- Eaton 5P UPS
- Eaton 5PX G2 UPS
- Eaton 93PR UPS
- Eaton 9PX Li-Ion UPS
- Eaton 9PX UPS
- Eaton 9SX Tower UPS
- Eaton DX RT UPS
- Eaton DX UPS
- Eaton Ellipse ECO UPS
- Eaton Marine UPS
- Eaton Power Module
- SANTAK UPS
- Schneider Galaxy 3L / EASY 3L UPS
- Schneider Galaxy VS UPS
- Schneider Galaxy VL UPS
- Vertiv UPS
How is a Data Center Built?
Firstly, the environmental requirements for data centers are quite strict! To ensure the normal operation of the equipment, we need to install suitable cooling devices, such as water cooling, natural air cooling, etc., to keep the data center running at low temperatures.
Next, the size and space of the rack are also crucial. You know what? A traditional IT rack size is 600x1000mm, while a 100 square meter data center can accommodate approximately 50 racks. So, plan the space reasonably to ensure the efficient operation of the data center.
In terms of power design, we need to calculate the maximum IT load based on the average power density of the rack, plus the power requirements of other facilities. To avoid high construction costs, adopting a modular strategy is a good choice!
Finally, don’t forget to consider the issue of power configuration. Server racks may require the deployment of DC or AC power sources, or even a combination of both. For example, a hosted data center may require an alternating current (UPS) power supply system, while telecommunications facilities may require a direct current power supply system. Reasonably configure the power supply to ensure the stable operation of the data center.

