Cloud architecture of energy efficiency management system and operation method thereof

Abstract

The invention discloses a cloud architecture of an energy efficiency management system and an operation method of the cloud architecture. By introducing the cloud architecture and the operation method of the cloud architecture, fast seamless connecting-in of a newly added service module and acquired data share can be achieved by the system according to continuous expanding of client service classes, meanwhile, energy efficiency data can be acquired, processed and published by the system efficiently with dynamic load balance and high quality according to the client service scale, normal operation of user service is guaranteed, and the availability and the running efficiency of the system can be substantially improved through interior monitoring and operating mechanisms of the system.

Description

technical field [0001] The invention relates to the fields of energy efficiency management and cloud computing, in particular to a cloud architecture of an energy efficiency management system and an operating method thereof. Background technique [0002] The depletion of global energy and the rise of energy prices have restricted the development of countries and enterprises. The transformation of energy use from rough to refined management has begun to rise to a strategic level, and the establishment of an energy efficiency management system has become the key. [0003] At present, "energy efficiency" is commonly used in the world to replace the term "energy conservation" proposed after the energy crisis in the 1970s. [0004] The initial construction of the energy efficiency management system is basically configured according to short-term project requirements. Generally, the system is invested and constructed on a small scale. When the business scale grows beyond the origi...

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Problems solved by technology

[0004] The initial construction of the energy efficiency management system is basically configured according to short-term project requirements. Generally, the system is invested and constructed on a small scale. When the business scale grows beyond the original design capacity, the system architecture and performance cannot meet the business needs, and the system may be subverted and rebuilt. the construction

During system expansion and switching between new and old systems, it will cause interruption and inconvenience to customer business

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