The differences between the construction of micro-modular computer rooms and traditional construction

1. Integrated distributed deployment: Batch replication, on-demand expansion, and three-in-one integration

Plan the UPS and its battery packs, precision air conditioners, embedded host servers, etc. into an integrated micro-module computer room. The requirements for the building should be unified and clear, with a unified interface. Module-level construction is carried out on demand, and the unified construction of a computer room is decomposed into a micro-module for phased construction.

2. Decoupling of modules from civil construction: One-time planning, phased investment, and rapid deployment

The civil construction and IDC construction are separated and do not interfere with each other. The main structure of the building and the basic water and electricity are completed in one go, while the data center modules are flexibly deployed as needed. All components of the data center module are standardized products. After reserving interfaces, they can be quickly produced and dispatched, and assembled on site quickly.

3. Decoupling of internal module components from channel structural components: Flexible response to future changes

The life cycle of a server is generally 3 to 5 years, while that of a data center is 10 to 15 years. When there is a round of server configuration change in the future, the micro-module can flexibly adjust the internal power supply and distribution and cooling ratio to cope with it, greatly improving the future availability of the micro-module. Enhance the corresponding self-adaptive demand capacity for module upgrades as the IDC continues to operate and data grows.

4. Sealed channels + chilled water row stage, isolating cold and hot air flows, row stage air conditioners cool nearby and transfer heat nearby, eliminating local hotspots, significantly improving cooling efficiency, saving energy and reducing electricity costs for operation and maintenance of the IDC.

5. Intelligent management architecture: Single-module monitoring and cluster monitoring enhance operation and maintenance efficiency