Server room construction systems

Computer room engineering refers to the basic engineering designed and configured to ensure that key equipment and devices in computer rooms (also known as data centres) can operate safely, stably and reliably. The construction of computer room infrastructure should not only provide a secure environment for the operation and management of system equipment and data information security in computer rooms, but also create a healthy and suitable working environment for staff.

Computer room construction includes the following aspects:
1. the division of the functional areas of the main computer room and the auxiliary computer room
2、 Partitioning of the computer room.
3、 The airtightness and insulation of the computer room.
4、 Interior ceiling decoration (fresh air ducts, fire-fighting, lighting fixtures, etc.)
5. anti-static raised flooring in the computer room (air supply and return, wiring, fire-fighting, earthing, etc.)
6. Thermal insulation, moisture-proof and dust-proof treatment in computer rooms.
7、 Decoration of the walls and pillar surfaces of the computer room.
8、 Production and installation of doors and windows of computer rooms

Performance requirements
Safety and reliability
Flexibility and scalability
Manageability

Overall construction system for server room projects
Anti-static flooring
Partition Decoration
UPS uninterruptible power supply
Server room power supply and distribution system
Precision air-conditioning system
Fresh Air Ventilation System
Fresh Air Ventilation System
Grounding Systems
Grounding System
Lightning Protection System
Monitoring System
Access Control Systems
Water Leakage Detection System
Server room environment and power equipment monitoring system
Fire protection systems
Shielding Systems

Central server room virtualisation applications
1 Reduce operating costs
The application of virtualised architecture system makes full use of the hardware resources of physical servers and effectively reduces the number of physical servers. With the reduction of the number of physical servers, the acquisition cost of servers, hardware maintenance cost, software management cost, server operation energy consumption, air conditioning and other additional energy consumption of the server room are reduced accordingly.
2 Improved operational efficiency
In the traditional model, the implementation of new application system solutions requires server procurement, installation and commissioning. The virtual server in a virtualised architecture system consists of a number of disk files and configuration files, which can be copied directly to create a new virtual server. The direct copying of files enables the rapid deployment of new applications, greatly reducing the time to create configurations, facilitating the satisfaction of client requirements and improving operational efficiency.
3 Enhanced service levels
The application of advanced features in the virtualised architecture system, especially the dynamic allocation of virtual resources, dynamic migration of virtual servers and failover protection, ensures that the application system can run continuously and safely on its own, so that central server room managers no longer need to invest a lot of time in maintaining the hardware system. Instead, they are able to focus mainly on the maintenance of the application systems, thus effectively improving customer service levels.