A design method of capacity management based on mdc

Abstract

The invention provides a MDC-based capacity management design method and belongs to the field of MDCs (modular data center), communication rooms and the like. The design method uses an IPMI intelligent platform management interface, a distributed processing framework, a message queue, a Web 3D engine, a JS language, HTML5 and C ++, runs a main program by using a standardized interface mode, simplifies a debugging workload in a system docking process, achieves automatic interface data filling and automatic capacity verification by a service-oriented design mode, and defines data addition, deletion and modification operations of an operation flow. The modular design mode can improve the operating efficiency of a data center capacity management system, can support the centralized management mode of multiple MDCs, and provides an advanced, stable and cost-competitive design method for the rack-based capacity management of the data center for a server.

Description

technical field [0001] The invention relates to the fields of a modular data center MDC, a communication machine room, etc., and specifically relates to an MDC-based capacity management design method, which has the characteristics of unified interface and support for heterogeneous equipment. Background technique [0002] Modular Data Center (Module Data Center, MDC) is a new generation of data center deployment form based on cloud computing. Minimize the coupling of infrastructure to the computer room environment. It integrates subsystems such as power supply and distribution, refrigeration, cabinets, airflow containment, integrated wiring, and dynamic environment monitoring to improve the overall operational efficiency of the data center and achieve rapid deployment, elastic expansion, and green energy saving. [0003] The capacity management of the data center integrated management system is mainly aimed at the supporting capabilities of the data center's infrastructure s...

AI Technical Summary

Problems solved by technology

This strategy wastes tens of thousands of dollars in unused space, not to mention wasted power and cooling resources

[0005] Most of the existing technologies use hardware solutions, such as the configuration of cabinet U position detection modules, intelligent power distribution monitoring modules, monitoring and connection of precision air conditioners, etc. The system connection is more troublesome, the hardware cost remains high, and it is easy to cause hardware equipment failures. The operation and maintenance problems have brought great obstacles and difficulties to the reliable operation of different equipment and systems

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