1. 제 목 : 100MW Tri-Generation Power Plant : A Case Study





2. 연 사 : Lidong Xu


(Vice Director, PhD Cogeneration Project General Affairs Office, Tsinghua University, china)





3. 일 시 : 2003년 12월 08일 (월) 16:00 - 17:00





4. 장 소 : 301동 1512호





5. 요 약 :





The natural-gas-fired heat-chill-electricity tri-generation is a high-efficiency adopting of natural gas, the clean and valuable energy resource. A 100MW scale tri-generation power plant, which is a reasonable example, is presented here. The problem concerned is divided into several aspects as following:





1) the plant capacity design from the real energy consumption load,


2) the plant technical design, the gas turbine, HRSG, steam turbine, chiller, and gas-


fired boiler assemblage


3) the thermal system balance calculation and the gas turbine parameter modification,


4) the plant investment estimation,


5) the technical-economic prediction, the sensitivity analysis of key figures, such as


gas buying-price, plant investment, heating and chilling service price, to the


electricity selling-price, and


6) some environment protection index, such as SO2, NOX and flying ash produced.





Some effort to the case study by digital modeling and simulation will also be briefly introduced.





6. 약 력 :





1980. 09 ～1984. 07, received B.Eng from Northeast Electrical Power


Institute,majored in Power Plant Thermal Instrumentation


System and Automation





1987. 09 ～1990. 02, received M.Sc from ChongqingUniversity, majored


in Thermal Engineering.





1990. 03 ～1994. 09, received Ph.D from SoutheastUniversity, majored in


Power Plant Thermal Engineering.





1994. 01 ～ Department of Thermal Engineering, Tsinghua University








7. 문 의 : 기계항공공학부 김민수 교수 (880-8362)