ESTIMATION OF TOTAL CARBON EMISSIONS OF GREEN BUILDINGS BASED ON ECO-ENVIRONMENTAL PROTECTION CONCEPTIONS AND CONSTRUCTION OF ENERGY EFFICIENCY EVALUATION MODEL

摘要

In this paper, we construct a new model of total carbon emission estimation and energy conservation benefit evaluation model for green buildings, aim ing at the problems of low accuracy of total carbon emission estimation results of green buildings, low integrity and low evaluation accuracy of energy conservation benefit evaluation models. First, the carbon emissions of green buildings are system atically summarized, and then the carbon structure of green buildings is comprehensively analyzed using the input-output model to adjust the overall carbon emissions of their carbon structure. We integrate the links between different carbon structures, organically merging a m oving carbon structure w ith a non-moving carbon structure. A t the same tim e, different carbon structure molecules are used to analyze the total carbon. Data sorting is performed on the determined total carbon emissions, and the leading carbon m olecule parameter set is constructed according to the number of carbon molecules and the generated attributes. Finally, different particle parameters are selected to screen the content of carbon dioxide in the energy particles consumed. The experimental results show that the integrity of the evaluation model constructed in this study is relatively high. The accuracy of the estimation result of the total carbon emissions of green buildings is high, and the model has good energy saving benefits.