Shuai Yan, Mingchun Hou, Lei Luo, Dali Xiao, Bingyuan Tan, Xiong Xiao, and Wenguang Wu
Clean energy, carbon measurement, absorption, carbon emission, power system
Clean energy can directly generate electricity for production and life. It does not emit pollutants, has low carbon characteristics, and conforms to the requirements of the United Nations Framework Convention on Climate Change. Therefore, its power generation is increasing, which has caused the problem that it cannot be absorbed by users. This paper analyzes the current research situation of clean energy power generation consumption, studies the two main factors that affect the scenario energy consumption, namely the consumption measures and the power system flexibility supporting mechanism, and proposes a clean energy consumption method based on carbon measurement. This method is based on the integration and complementarity of clean energy and traditional thermal power. The paper introduces the mathematical model, constraints, and algorithm flow of this method. The example analysis of clean energy represented by photovoltaic power generation shows that compared with the traditional energy consumption method, the clean energy consumption method based on carbon measurement can save 9.1% of the operating cost, reduce carbon emissions by 11.7%, and improve the consumption rate by 7%.
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