| 초록 |
CO2, which has recently gained attention as a primary GHG (Greenhouse gas) because of global climate change, is emitted from the combustion of fossil fuels. Especially, electricity generation of fired-power plants, which is the most cost-effective way, occupy about 40 percent of CO2 emissions from fossil fuel use. Thus, the economic operation of electricity generation while meeting mandated requirement of reducing CO2 emission is an eminent issue. Therefore, the objective of this study is to develop an integrated model for power supply and CO2 control (IMPSCC) for planning the GHG mitigation measures, such as CO2 emission trading, Efficient energy use, and CCS (carbon capture & storage), within energy and environmental management system of fired-power plants. The IMPSCC determines where and how to much power to supply and sell for energy management system, and where and how to much CO2 to control for environmental management system, in order to maximize the combined annualized profitswhile meeting the CO2 emission permit requirement. The developed model is applied to case studies of Korean CO2 scenarios in 2020. |
