Data center carbon emission supervision method and system based on edge cloud architecture

Abstract

The invention discloses a data center carbon emission supervision method and system based on an edge cloud architecture, and relates to the technical field of edge cloud technologies. According to the method, an edge cloud system is constructed, the edge cloud system comprises an acquisition module, a calculation module, a pushing module and a scheduling module, IT equipment and an environmental control system in a data center park are in butt joint through the acquisition module to acquire energy consumption data, the energy consumption data are summarized to the calculation module, and the energy consumption data are subjected to duplicate removal, cleaning and noise reduction processing through the calculation module; and pushing the processed energy consumption data to a central cloud in a message queue mode through a pushing module, docking the central cloud through a scheduling module, obtaining carbon emission data and a carbon emission trend calculated by the central cloud according to the energy consumption data, and obtaining a carbon emission analysis prediction result obtained according to the carbon emission data and the carbon emission trend, and according to a scheduling instruction formulated according to an analysis and prediction result, a scheduling module completes specific adjustment and optimization work for guiding operation of the data center park according to the scheduling instruction.

Description

technical field [0001] The invention discloses a method and a system, and relates to the technical field of edge cloud technology, in particular to a data center carbon emission monitoring method and system based on an edge cloud architecture. Background technique [0002] Modern data centers consume a lot of electricity and now account for nearly 3% of global electricity generation. With the accelerated pace of digital transformation, it is expected that the energy consumption of data centers will exceed 8%, which is close to nearly 10% of the global electricity; electricity consumption is accompanied by the increase in the concentration of greenhouse gas emissions, and climate change has become one of the severe challenges faced by all mankind. . In order to accelerate the green transformation of large and medium-sized data centers, it is imperative to establish a green operation and maintenance system. However, there is no perfect method to regulate the carbon emissions...

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Problems solved by technology

However, there is no perfect method to supervise the carbon emissions of each park of the data center

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