- Volume 21 Issue 3
Economic Assessment of Coal-fired & Nuclear Power Generation in the Year 2000 -Equal Health Hazard Risk Basis-
2000년대 원자력과 유연탄 화력 발전의 경제성 평가 -동일 보건 위험도 기준-
- Seong, Ki-Bong (Korea Advanced Institute of Science and Technology) ;
- Lee, Byong-Whi (Korea Advanced Institute of Science and Technology)
- Published : 1989.09.01
On the basis of equal health hazard risk, economic assessment of nuclear was compared with that of coal for the expansion planning of electric power generation in the year 2000. In comparing health risks, the risk of coal was roughly ten times higher than that of nuclear according to various previous risk assessments of energy system. The zero risk condition can never be achievable. Therefore, only excess relative health risk of coal over nuclear was considered as social cost. The social cost of health risk was estimated by calculation of mortality and morbidity costs. Mortality cost was ＄250,000 and morbidity cost was ＄90,000 in the year 2000.(1986US＄) Through Cost/Benefit Analysis, the optimal emission standards of coal-fired power generation were predicted. These were obtained at the point of least social cost for power generation. In the year 2000, the optimal emission standard of SOx was analyzed as 165ppm for coal-fired power plants in Korea. From this assessment, economic comparison of nuclear and coal in the year 2000 showed that nuclear would be more economical than coal, whereas uncertainty of future power generation cost of nuclear would be larger than that of coal.