Optimal Energy Use Ratio Adjustment Simulation to Reduce Carbon Emissions

Hohyeon Han, Seunghwan Kim, Sungsan Choi, Junhyun Park, Tacklim Lee, Sanguk Park, Sehyun Park
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引用次数: 1

Abstract

Recently, greenhouse gas emissions have reached their highest level, and many policies are being pursued worldwide. In order to cope with the climate crisis, we are pursuing strategies such as energy conversion and carbon emission reduction, creating a low-carbon industrial ecosystem, and strengthening the carbon neutral system. This paper presented the simulation method and study for the optimal reduction of carbon emissions in residential areas by analyzing data on carbon emissions from different energy sources and adjusting the ratio of use by energy sources. Each energy source consists of simulation of adjusting the hourly carbon emissions and the ratio of use by energy source according to the amount of energy generated and generated. The reduction of carbon emissions per area was analyzed by adjusting the ratio of power generation and carbon emissions by energy source. By reducing carbon through this method, we suggested alternatives and realizations for carbon neutrality.
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减少碳排放的最优能源利用比调节模拟
最近,温室气体排放达到了最高水平,世界范围内正在推行许多政策。为了应对气候危机,我们正在推行能源转换和碳减排、创建低碳产业生态系统、加强碳中和体系等战略。本文通过分析不同能源的碳排放数据,调整不同能源的使用比例,提出了住宅小区碳排放最优减排的模拟方法和研究。每一种能源都由模拟调整每小时的碳排放量和能源的使用比例,根据能源的产出量和发电量。通过调整能源发电与碳排放的比例,分析了减少单位面积碳排放的效果。通过这种方法减少碳,我们提出了碳中和的替代方案和实现。
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