CO_2 Emission Reduction for Power System Based on Total Emission Control of CO_2 (II): A Case Study

摘要

Power industry as the main source of CO_2 emissions, is facing tremendous challenge of CO_2 emission reduction during the periods of "12th Five-year" and "13th Five-year". How to maximize the reduction of power CO_2 emissions under the premise of regional economic development and energy requirements is the significant manage ment objective for administrative department. In this study, a mixed integer stochastic chance-constraint programming model based on CO_2 emission reduction from power industry is applied to the power system in Heilongjiang province, in order to obtain the CO_2 emission reduction schemes of energy conservation, reduction project and power structure adjustment in Heilongjiang province during the periods of the "12th Five-year" and "13th Five-year". According to the model calculation and the results analysis, the power CO_2 emission growth in periods of the "12th Five-year" and "13th Five-year" are less than 23.82% and 20.13% respectively, significantly lower than the regional CO_2 emission growth. It means the power industry has made a great contribution to CO_2 emission reduction in Heilongjiang province. Meanwhile, the results of model application show that the developed model can meet the management target of maximizing the reduction of power CO_2 emissions, and provide reasonable reference to the administrative department.