Abstract
In order to analyze the carbon emissions characteristics of power units, a simplified calculation model and an empirical fitting calculation model for carbon emission intensity of power supply is established based on the China national standard GB/T 32151.1-2015, and the reliability of the established model is verified using the measured data of carbon content per calorific value and carbon oxidation rate, which shows that the proposed model can provide ideas for rapid obtain the unit carbon emission intensity. Then typical units with different pressure levels is taken as examples to analyze the influence of sensitivity factors on carbon emission intensity of power supply based on the variable-controlling approach using the established model, which shown that energy saving and fuel control are important means to control carbon emissions. Finally, some carbon emission management suggestions are given, which provides a reference for the thermal power enterprises.
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