The advantages of the Modular Data Center
Strong scene adaptability - the minimum installation floor height requirement of 2.6m is required, and it can be deployed in an ordinary office environment; through the flexible combination of single and double rows, the space is maximized.
Quickly complete deployment - integrated integration of UPS, precision air conditioning, power distribution, cabinets, intelligent management and other major subsystems, plug and play; factory pre-testing, pre-validation, prefabrication, on-site deployment within 1 to 2 weeks, deployment speed 50% higher than traditional.
Modular architecture to meet high energy efficiency and low PUE - optimized power distribution and cooling system design, using closed cold/hot aisle and in-row air conditioning near-end refrigeration technology to achieve PUE ≤ 1.5, saving more than 30% energy consumption; row-level air conditioning , The combined application of high-frequency modular UPS, closed channel, and highly integrated power distribution cabinet reduces the PUE to below 1.5.
Intelligent management system, real-time monitoring and controllable - intelligent management system, realizing real-time monitoring; through energy efficiency management, 3D virtual display and other functions, the operation and maintenance efficiency and experience of the data center are significantly improved.
Design principles of Modular Data Center
（1）Safety and reliability
High reliability is the key to the success of data center operations and a fundamental principle of data centers. Therefore, there must be no single point of failure, and the reliability design and construction of the layout, structural design, equipment selection, routine maintenance and other aspects of the data center should be carried out. On the basis of hardware backup, redundancy and other reliability technologies for key equipment, relevant software technologies are used to provide strong management mechanisms, control methods, and technical measures such as accident monitoring and security to improve the security of the computer room. For the network solution of the data center, its reliability design includes: link redundancy, key equipment redundancy and important business module redundancy.
In the design of the data center scheme, the equipment used in the design of each level should have a very high port density, which lays the foundation for the expansion of the data center. The equipment in the Internet interconnection layer, core layer and distribution layer adopts modular design, which can be flexibly expanded according to the development of EDC network. The scalability of functions is the basis for the data center to provide value-added services as it develops. Realize load balancing, dynamic content replication, MPLSVPN, VLAN and other functions, providing a foundation for the expansion of data center value-added services
When designing the system structure of the central computer room, based on the relevant standards promulgated by the state, including various building and computer room design standards, power and electrical security standards, and computer local area network and wide area network standards, adhere to the principle of unified norms, so as to provide future business development and equipment growth. To lay the foundation.
Modular design, which can be chosen according to the different needs of the data center, especially the design idea of the background management platform, so that the data center can realize customized services for different users, such as the user data backup center in the background management platform, the data center customer center, The data center maintenance center enables data center users to conveniently control and update their applications.
When building a data center, with the continuous development of business, the task of management is bound to become increasingly onerous. Therefore, in the design of the data center, a comprehensive and complete management and monitoring system must be established. The selected equipment should have intelligent and manageable functions, and at the same time adopt an advanced management and monitoring system to achieve advanced centralized management and monitoring, real-time monitoring and monitoring of the operating status of the entire central computer room, real-time lighting and voice alarms, and real-time event records. In this way, faults can be quickly identified, the operational performance and reliability can be improved, and the maintenance work of data center managers can be simplified, thereby providing the most powerful guarantee for the safe and reliable operation of the data center.