Multi-level carbon emission calculation and analysis method and system and readable storage medium

Abstract

The invention provides a multi-level carbon emission calculation and analysis method and system and a readable storage medium. The method comprises: obtaining multi-level energy consumption related data; performing carbon emission calculation and correction according to the obtained multi-level energy consumption related data, and accurately obtaining carbon emission data of each level; performing carbon emission intensity index calculation according to the carbon emission data of each level to obtain intensity index data of each level; and performing statistical analysis according to the carbon emission data of each level and the intensity index data of each level to obtain an analysis result. The energy consumption related data of each level can be obtained, the carbon emission of each level can be accurately calculated, and data support is provided for making carbon peak reaching and carbon neutralization plans and developing energy saving work for energy consumption units of each level of energy consumption units-district county-prefecture-provincial and municipal-national levels and energy saving competent departments.

Description

Technical field [0001] The present invention relates to the field of data processing, and more particularly to a multi-hierarchical carbon emission calculation analysis method, system, and readable storage medium. Background technique [0002] At present, facing the global energy resources, the environmental pollution is serious, the ecosystem degradation, current, national industrial sector, construction field, public institutional field - district county-level - land-level - provincial and municipal level - national level Carbon emissions have not yet calculated, and the electric carbon emission factor is affected by the proportion of non-fossil fuel and fossil fuel use, in order to address global climate change, the ratio of non-fossil fuel use will rise year by year, and the electric carbon emission factor needs constant corrections. The existing electric carbon emission factor remains unchanged, leading to the statistical bias of carbon emissions and actual carbon emissions,...

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Problems solved by technology

[0002] At present, facing the tightening of global energy resources, serious environmental pollution, and ecosystem degradation, at present, the national industrial field, construction field, and public institution fields are from energy-consuming units-district-county-prefectural-city-provincial-national-level Carbon emissions have not yet been accurately calculated. The carbon emission factor of electricity is affected by the proportion of non-fossil fuels and fossil fuels. In order to cope with global climate change, the proportion of non-fossil fuels will increase year by year. The carbon emission factor of electricity needs to be continuously revised. However, the existing power carbon emission factor remains unchanged, resulting in deviations between the statistics of carbon emissions and the actual carbon emissions, and the development path of carbon emissions is difficult to formulate scientifically.

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