Energy configuration method and device based on carbon cycle and storage medium

Abstract

The invention provides an energy configuration method and device based on carbon circulation and a storage medium. The method comprises the steps of obtaining a first carbon quantity value allowed to be released by an enterprise in carbon circulation in a first preset time period in the future; generating the historical carbon consumption efficiency based on a historical carbon quantity value in a previous second preset time period and a length value of the second preset time period, wherein the historical carbon quantity value is stored in a database; comparing the production efficiency in the first preset time period with the production efficiency in the second preset time period to obtain a production comparison value, and obtaining the predicted carbon efficiency through calculation, wherein the predicted carbon efficiency is the predicted carbon efficiency in the future first preset time period; on the basis of the first carbon quantity value and a first preset time period, obtaining the allowable carbon utilization efficiency, and calculating a difference value between the allowable carbon utilization efficiency and the predicted carbon utilization efficiency to obtain the energy clearing and carbon supplementing efficiency; wherein a third selection time period is a time period selected in the first preset time period, and generating a clean energy configuration amount in the third selection time period based on the third selection time period and the energy clearing and carbon supplementing efficiency.

Description

technical field [0001] The present invention relates to energy allocation technology, in particular to an energy allocation method, device and storage medium based on carbon cycle. Background technique [0002] The carbon cycle refers to the phenomenon that carbon elements are exchanged in the biosphere, lithosphere, hydrosphere and atmosphere on the earth, and the cycle continues with the movement of the earth. The carbon cycle in the biosphere is mainly manifested in the fact that green plants absorb carbon dioxide from the atmosphere, convert it into glucose through photosynthesis with the participation of water and release oxygen, and organisms then use glucose to synthesize other organic compounds. [0003] The rate at which plants and photosynthetic microorganisms absorb carbon from the atmosphere through photosynthesis is roughly equal to the rate at which carbon is released into the atmosphere through biological respiration. Therefore, the content of carbon dioxide i...

AI Technical Summary

Problems solved by technology

However, in the actual production process, enterprises cannot grasp how much clean energy they need to use for production to meet the requirements of carbon emissions.

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