Low-carbon travel carbon emission reduction verification method and system based on travel chain big data

Abstract

The invention provides a low-carbon travel carbon emission reduction verification method and system based on travel chain big data. The method comprises the steps of 1) obtaining sample data of traveldata; 2) when the sample data is walking data, turning to the step 3); when the sample data is bicycle data, turning to the step 4); when the sample data is electric bicycle data, turning to the step5); 3) adopting a walking travel distance verification method to perform verification and deduplication on the sample data to obtain a final effective travel distance; calculating the carbon emissionof walking according to the final effective travel distance; 4) adopting a bicycle travel distance verification method to perform verification and deduplication on the sample data to obtain a final effective travel distance; calculating the carbon emission of the bicycle according to the final effective travel distance; 5) verifying and de-weighting the sample data by adopting a verification method of the travel distance of the electric bicycle to obtain a final effective travel distance; and calculating the carbon emission of the electric bicycle.

Description

technical field [0001] The invention relates to the field of carbon emission reduction accounting, in particular to a low-carbon travel carbon emission reduction verification method and system based on travel chain big data. Background technique [0002] First of all, for low-carbon, "China's development of low-carbon economy" gives the relevant definition: an emerging economic and social body, compared with the traditional economic energy body, can save energy and reduce harmful gas emissions in the process of production and consumption, and at the same time It can also maintain a stable economic growth and a sustainable social development trend, which can be called a low-carbon trend. [0003] Reducing carbon dioxide emissions is the basic consensus of mankind to deal with global climate change. As the center of human economic activities, cities are also gathering areas of energy consumption and carbon emissions. According to statistics, the carbon emissions from the com...

AI Technical Summary

Problems solved by technology

[0012]The existing carbon emission reduction verification involves insufficient low-carbon travel modes: 'Calculation of personal carbon emission reductions of urban public bicycles based on the carbon GSP' only involves public Cycling as a mode of transportation

The mileage verification data obtained by evaluating the shortest distance traveled by bicycle in walking mode is not accurate enough

In addition, this verification method does not consider the existence of falsified travel records and the function of verifying mileage correction

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